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<h4>ÊÀÒÀËÎÃ ÁÈÁËÈÎÒÅÊÈ ÊÍÈÃ ÏÎ ÎÏÒÈÊÅ </h4>
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--- Êðàòêàÿ ñïðàâêà href="0000-Êðàòêàÿ_ñïðàâêà-Ïðîãðàììû/help_library.pdf"
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ÁËÎÊ_à ÝÍÖÈÊËÎÏÅÄÈÈ, ÑÏÐÀÂÎ×ÍÈÊÈ
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*1.1.4 Nalwa H.S., (Ed.), ENCYCLOPEDIA OF NANOSCIENCE AND NANOTECHNOLOGY, Volume 4. Number 1. 2004., href="Encyclopedia_of_Nanoscience_and_Nanotechnology-Vol_04.djvu"
*1.1.5 Nalwa H.S., (Ed.), ENCYCLOPEDIA OF NANOSCIENCE AND NANOTECHNOLOGY, Volume 5. Number 1. 2004., href="Encyclopedia_of_Nanoscience_and_Nanotechnology-Vol_05.djvu"
*1.1.6 Nalwa H.S., (Ed.), ENCYCLOPEDIA OF NANOSCIENCE AND NANOTECHNOLOGY, Volume 6. Number 1. 2004., href="Encyclopedia_of_Nanoscience_and_Nanotechnology-Vol_06.djvu"
*1.1.7 Nalwa H.S., (Ed.), ENCYCLOPEDIA OF NANOSCIENCE AND NANOTECHNOLOGY, Volume 7. Number 1. 2004., href="Encyclopedia_of_Nanoscience_and_Nanotechnology-Vol_07.djvu"
*1.1.8 Nalwa H.S., (Ed.), ENCYCLOPEDIA OF NANOSCIENCE AND NANOTECHNOLOGY, Volume 8. Number 1. 2004., href="Encyclopedia_of_Nanoscience_and_Nanotechnology-Vol_08.djvu"
*1.1.9 Nalwa H.S., (Ed.), ENCYCLOPEDIA OF NANOSCIENCE AND NANOTECHNOLOGY, Volume 9. Number 1. 2004., href="Encyclopedia_of_Nanoscience_and_Nanotechnology-Vol_09.djvu"
*1.1.10 Nalwa H.S., (Ed.), ENCYCLOPEDIA OF NANOSCIENCE AND NANOTECHNOLOGY, Volume 10. Number 1. 2004., href="Encyclopedia_of_Nanoscience_and_Nanotechnology-Vol_10.djvu"
*1.1 Bass M., HANDBOOK OF OPTICS 2ed., â 4-õ òîìàõ
*1.1.1 Volume I href="HANDBOOK_OF_OPTICS_vol_I.djvu"
*1.1.2 Volume II href="HANDBOOK_OF_OPTICS_vol_II.djvu"
*1.1.3 Volume III href="HANDBOOK_OF_OPTICS_vol_III.djvu"
*1.1.4 Volume IV href="HANDBOOK_OF_OPTICS_vol_IV.djvu"
*1.1 Bass M., HANDBOOK OF OPTICS, 3ed., â 5-òè òîìàõ,
*1.1.1 Bass Michael,(Ed.), HANDBOOK OF OPTICS, Volume I. Geometrical and Physical Optics, Polarized Light, Components and Instruments, Third Edition, 2010., href="HANDBOOK_OF_OPTICS-V1_3ed.djvu"
*1.1.2 Bass Michael,(Ed.), HANDBOOK OF OPTICS, Volume II. Design, Fabrication, and Testing; Sources and Detectors; Radiometry and Photometry,Third Edition, 2010, href="HANDBOOK_OF_OPTICS-V2_3ed.djvu"
*1.1.3 Bass Michael,(Ed.), HANDBOOK OF OPTICS, Volume III. Vision and Vision Optics,Third Edition, 2010, href="HANDBOOK_OF_OPTICS-V3_3ed.djvu"
*1.1.4 Bass Michael,(Ed.), HANDBOOK OF OPTICS, Volume IV. Optical Properties of Materials, Nonlinear Optics, Quantum Optics,Third Edition, 2010, href="HANDBOOK_OF_OPTICS-V4_3ed.djvu"
*1.1.5 Bass Michael,(Ed.), HANDBOOK OF OPTICS, Volume V. Atmospheric Optics, Modulators, Fiber Optics, X-Ray and Neutron Optic ,Third Edition, 2010, href="HANDBOOK_OF_OPTICS-V5_3ed.djvu"
*1.1 The Infrared & Electro-Optical Systems Handbook
*1.1.1 Vol.1: Zissis G.J. (editor), Sources of Radiation (1993) href="ieoshb1.djvu"
*1.1.2 Vol.2: Smith F.G. (editor), Atmospheric Propagation of Radiation (1993) href="ieoshb2.djvu"
*1.1.2 Vol.3: Rogatto W.D., (editor), Electro-Optical Components (1993) href="ieoshb3.djvu"
*1.1.4 Vol.4: Dudzik M.C. (editor), Electro-Optical Systems Design, Analysis, and Testing (1993) href="ieoshb4.djvu"
*1.1.5 Vol.5: Campana S.B. (editor), Passive Electro-Optical Systems (1993) href="ieoshb5.djvu"
*1.1.6 Vol.6: Fox C.S. (editor), Active Electro-Optical Systems (1993) href="ieoshb6.djvu"
*1.1.7 Vol.7: Pollock D.H. (editor), Countermeasure systems (1993) href="ieoshb7.djvu"
*1.1.8 Vol.8: Robinson S.R. (editor), Emerging Systems and Technologies (1993) href="ieoshb8.djvu"
*1.2 Webb C.E., Jones J.D.C. (editors), HANDBOOK OF LASER TECHNOLOGY AND APPLICATIONS
*1.2.1 Volume II: Laser Design and Laser Systems href="Handbook_of_Laser_Technology_and_Applications_Volume_II.djvu"
*1.2.2 Volume I: Principles href="Webb-Handbook_of_Laser_Technology.djvu"
*1.2.3 Webb C.E., Jones J.D.C., HANDBOOK OF LASER TECHNOLOGY AND APPLICATIONS, Volume I: Principles href="Webb-Handbook_of_Laser_Technology.djvu"
*1.2.4 Webb C.E., Jones J.D.C., HANDBOOK OF LASER TECHNOLOGY AND APPLICATIONS, Volume II: Laser Design and Laser Systems href="Handbook_of_Laser_Wavelengths.djvu"
*1.2.5 Weber M.J., HANDBOOK OF LASER WAVELENGTHS href="Handbook_of_Laser_Wavelengths.djvu"
*1.2.6 Weber M.J., HANDBOOK OF LASERS href="Handbook_of_Lasers.djvu"
*1.2.7 Weber M.J., HANDBOOK OF OPTICAL MATERIALS href="Handbook_of_optical_materials-Marvin_J._Weber.djvu"
*1.3 Ïpoxopoâ À.Ì. (ðåäàêòîð), ÔÈÇÈ×ECKAß ÝHÖÈKËOÏEÄÈß
*1.3.1 Toì1(1988), AAPOHOBA-ÄËÈHHÛE href="phencycl01.djvu"
*1.3.2 Toì2(1990), ÄOÁPOTHOCTÜ - MAÃHÈTOOÏTÈKA href="phencycl02.djvu"
*1.3.3 Toì3(1992), MAÃHÈTOÏËAÇMEHHÛÉ - ÏOÉHTÈHÃA TEOPEMA href="phencycl03.djvu"
*1.3.4 Toì4(1994), ÏOÉHTÈHÃA-POÁEPTCOHA - CTPÈMEPÛ href="phencycl04.djvu"
*1.3.5 Toì5(1998), CTPOÁOCKOÏÈ×ECKÈE ÏPÈÁOPÛ - ßPKOCTÜ href="phencycl05.djvu"
*1.4 Perez Reinaldo, WIRELESS COMMUNICATIONS DESIGN HANDBOOK
*1.4.1 Perez Reinaldo, WIRELESS COMMUNICATIONS DESIGN HANDBOOK VOLUME 1: SPACE INTERFERENCE. Academic Press, 1998. href="Wireless_Communications_Design_Handbook_Volume_I-Space_Interference.djvu"
*1.4.2 Perez Reinaldo, WIRELESCS OMMUNICATIONS DESIGN HANDBOOK VOLUME 2: TERRESTRIAL AND MOBILE INTERFERENCE. Academic Press, 1998. href="Wireless_Communications_Designh_Handbook_Volume_2-Terrestrial_and_Mobile_Interference.djvu"
*1.4.3 Perez Reinaldo, WIRELESS COMMUNICATIONS DESIGN HANDBOOK VOLUME 3: INTERFERENCE INTO CIRCUITS, Academic Press, 1998., href="Wireless_Communications_Design_Handbook_Volume_3-Interference_Into_Circuits.djvu"
ÁËÎÊ_à Ó×ÅÁÍÈÊÈ
* Bertolotti M. THE HISTORY OF THE LASER href="Bertolotti_M._The_history_of_the_laser.djvu "
* Bozec Hubert Le , Guerchais Veronique,(Eds.), MOLECULAR ORGANOMETALLIC MATERIALS FOR OPTICS href="Molecular_Organometallic_Materials_for_Optics.djvu"
* Chartier G., INTRODUCTION TO OPTICS (2005) href="Introduction_to_Optics.djvu"
* Chaves Julio, INTRODUCTION TO NONIMAGING OPTICS, href="Introduction_to_Nonimaging_Optics.djvu"
* Cherrington Blake E. GASEOUS ELECTRONICS AND GAS LASERS href="Cherrington_B._Gaseous_electronics_and_gas_lasers.djvu "
* Chow Weng W. , Koch Stephan W. SEMICONDUCTOR-LASER FUNDAMENTALS Physics of the Gain Materials href="Chow_W.W._Koch_S.W._Semiconductor-Laser_Fundamentals.djvu "
* Áëèçíþê Â.Â., Ãâîçäåâ Ñ.Ì., ÊÂÀÍÒÎÂÛÅ ÈÑÒÎ×ÍÈÊÈ ÈÇËÓ×ÅÍÈß.-Ì: «ÂÈÃÌÀ», 2006., href="Bliznyuk_V.V.__Gvozdev_S.M._Kvantovye_istochniki_izlucheniya_(2006).djvu"
* Christi K. Madsen, Jianh. Zhao OPTICAL FILTER DESIGN AND ANALYSIS A SIGNAL PROCESSING APPROACH href="OPTICAL_FILTER_DESIGN_AND_ANALYSIS.djvu"
* Crisp John , Elliott Barry INTRODUCTION TO FIBER OPTIC href="Crisp_J._Elliott_B._Introduction_to_fiber_optics.djvu "
* Crowell Benjamin, OPTICS, href="Optics_2ed-2000.djvu"
* Frank L. Pedrotti, S.J. Leno S. Pedrotti INTRODUCTION TO OPTICS href="introduction_to_optics_pedrotti._frank_l._-_prentice_hall.djvu"
* Alloul Henri, INTRODUCTION TO THE PHYSICS OF ELECTRONS IN SOLIDS TRANSLATED BY STEPHEN LYLE. Springer 2011., href="Electrons.djvu"
* Ghatak Ajoy, Thyagarajan K. OPTICAL ELECTRONICS href="optical_electronics.djvu"
* Hartmann Romer, THEORETICAL OPTICS - AN INTRODUCTION, href="Theoretical_optics_-_an_introduction_2004.djvu"
* Hecht Eugene OPTICS href="Hecht_E--Optics.djvu"
* Hecht J. THE LASER GUIDEBOOK href="Hecht_J._The_laser_guidebook_.djvu "
* Hunsperger Robert G., INTEGRATED OPTICS, Theory and Technology, href="Integrated_Optics.djvu"
* Iizuka Keigo, ENGINEERING OPTICS, href="Keigo_Iizuka--Engineering_Optics.djvu"
* Jenkins F.A., White H.E., FUNDAMENTALS OF OPTICS 4th ed.(2001) href="Jenkis-Fundamentals_of_Optics.djvu"
* Johnson B.K., OPTICS AND OPTICAL INSTRUMENTS (1960) href="Optics_and_optical_instruments.djvu"
* Laikin Milton, LENS DESIGN, href="Lens_Design_M.Laikin.djvu"
* Lardner Dionysius A HAND-BOOK of OPTICS, Philadelphia: Blanchard and Lea,_1858., href="hand-book_of_optics-1858.djvu"
* Marchenko Oleg, Kazantsev Sergei, Windholz Laurentius, DEMONSTRATIONAL OPTICS,PART 2: COHERENT AND STATISTICAL OPTICS, href="Demonstrational_Optics_Part_2-_Coherent_and_Statistical_Optics.djvu"
* Michelson A.A., STUDIES IN OPTICS (1995), href="Studies_in_Optics.djvu"
* Miles Padgett Notes for Modern and nonlinear Optics href="Notes_for_Modern_and_nonlinear_Optics(334).djvu"
* Moller K.D., OPTICS Learning by Computing, with Examples Using Mathcad®, Matlab®, Mathematica®, and Maple®,second ed., href="Optics.djvu"
* Moller K.D., OPTICS Learning by Computing, with Examples Using Mathcad®, Matlab®, Mathematica®, and Maple®, href="OPTICS_Learning_by_Computing_with_Examples_Using_Mathcad_Matlab_Mathematica_and_Maple.djvu"
* O’Gallagher Joseph J., ed., NONIMAGING OPTICS IN SOLAR ENERGY (2008)href="Nonimaging_Optics_in_Solar_Energy.djvu"
* P. Drude THE THEORY OF OPTICS (1959) href="Kristally_kvantovoj_i_nelinejnoj_optiki(322).djvu"
* Sharma K.K., OPTICS Principles and Applications href="OPTICS-Principles_and_Applications.djvu"
* Shen Y.R., THE PRINCIPLES OF NONLINEAR OPTICS, href="The_principles_of_nonlinear_optics_1984.djvu"
* Siegman Anthony E. LASERS href="Siegman_A.E._Lasers.djvu"
* Silfvast William T., LASER FUNDAMENTALS,href="Silvfast._Laser_fundamentals.djvu"
* Steward E.G., FOURIER OPTICS, An Introduction, href="Steward-Fourier_Optics.djvu"
* Testorf Markus E., Hennelly Bryan M., Ojeda-Castaneda Jorge, PHASE-SPACE OPTICS FUNDAMENTALS AND APPLICATIONS, href="Phase-SpaceOptics_Fundamentals_and_Applications.djvu"
* Thomson J.H., OPTICS. Second Edition. 1988. by John Wiley & Sons Ltd., href="Optics_2ed.djvu"
* Verdeyen Joseph T. LASER ELECTRONICS href="Verdeyen_J.T._Laser_electronics.djvu"
* Àõìàíîâ Ñ.À., Äüÿêîâ Þ.Å., ×èðêèí À.Ñ., ÂÂÅÄÅÍÈÅ Â ÑÒÀÒÈÑÒÈ×ÅÑÊÓÞ ÐÀÄÈÎÔÈÇÈÊÓ È ÎÏÒÈÊÓ, href="Vvedenie_v_statisticheskuju_radiofiziku_i_optiku(1981).djvu"
* Àõìàíîâ Ñ.À., Íèêèòèí Ñ.Þ., ÔÈÇÈ×ÅÑÊÀß ÎÏÒÈÊÀ, href="Fizicheskaja_optika_[2_izd.](MGU_Nauka_2004_654_str.).djvu"
* Áåá÷óê Ë.Ã., Áîãà÷åé Þ.Á., Çàêàçíîâ Í.Ï. è äð., ÏÐÈÊËÀÄÍÀß ÎÏÒÈÊÀ, Áåá÷óê Ë.Ã., Áîãà÷åé Þ.Á., Çàêàçíîâ Í.Ï. è äð., href="Prikladnaja_optika.(1985).djvu"
* Áåãóíîâ Á.Í., ÃÅÎÌÅÒÐÈ×ÅÑÊÀß ÎÏÒÈÊÀ, href="Geometricheskaja_optika_[2_izd.](MGU_1966_212_str.).djvu"
* Áåãóíîâ Á.Í., Çàêàçíîâ Í.Ï. Òåîðèÿ îïòè÷åñêèõ ñèñòåì (1973) href="Begunov_teorija_opty_sistem.djvu"
* Áóòèêîâ Â.È., Îïòèêà (1986) href="Butikov_Optika.djvu"
* Áóòèêîâ Å.È., Êîíäðàòüåâ À.Ñ., ÔÈÇÈÊÀ ÄËß ÓÃËÓÁËÅÍÍÎÃÎ ÈÇÓ×ÅÍÈß. 2. Ýëåêòðîäèíàìèêà. Îïòèêà, href="FIZIKA_DLJA_UGLUBLENNOGO_IZUCHENIJA-Ehlektrodinamika-Optika.djvu"
* Â.Á. Òàòàðñêèé, ÊÐÈÑÒÀËËÎÎÏÒÈÊÀ È ÈÌÌÅÐÑÈÎÍÍÛÉ ÌÅÒÎÄ ÈÑÑËÅÄÎÂÀÍÈß ÌÈÍÅÐÀËÎÂ, href="Kristallooptika_i_immersionnyj_metod_issledovanija_mineralov(1965).djvu"
* Ãèíçáóðã Â.Ë. è äð. ÑÁÎÐÍÈÊ ÇÀÄÀ× ÏÎ ÎÁÙÅÌÓ ÊÓÐÑÓ ÔÈÇÈÊÈ: ÎÏÒÈÊÀ (2006)href="Sbornik_zadach_po_obshchemu_kursu_fiziki.Optika(444).djvu"
* Ãîäæàåâ Í.Ì., ÎÏÒÈÊÀ, href="Optika(VSH_1977_430_str.).djvu"
* Ãðåéñóõ Ã.È, Åôíìåíêî È.Ì, Ñòåîìîà Ñ.À., ÎÏÒÈÊÀ ÃÐÀÄÈÅÍÒÍÛÕ È ÄÈÔÐÀÊÖÈÎÍÍÛÕ ÝËÅÌÅÍÒÎÂ, href="Optika_gradientnykh_i_difrakcionnykh_ehlementov.(1990).djvu"
* Ãóäìåí Ä. ÂÂÅÄÅÍÈÅ Â ÔÓÐÜÅ-ÎÏÒÈÊÓ (1970) href="7e35eb6e58_Goodman-FourierOpt.djvu"
* Äåëîíå Í.Á., ÍÅËÈÍÅÉÍÀß ÎÏÒÈÊÀ, href="Nelinejnaja_optika(FML_2003_64_str.).djvu"
* Äèò÷áåðí Ð., ÔÈÇÈ×ÅÑÊÀß ÎÏÒÈÊÀ, href="Fizicheskaja_optika(Nauka_1965_637_str.).djvu"
* Äìèòðèåâ Â.Ã., Òàðàñîâ Ë.Â., ÏÐÈÊËÀÄÍÀß ÍÅËÈÍÅÉÍÀß ÎÏÒÈÊÀ: ÃÅÍÅÐÀÒÎÐÛ ÂÒÎÐÎÉ ÃÀÐÌÎÍÈÊÈ È ÏÀÐÀÌÅÒÐÈ×ÅÑÊÈÅ ÃÅÍÅÐÀÒÎÐÛ ÑÂÅÒÀ, href="Prikladnaja_nelinejnaja_optika(Mir_1976_260_str.).djvu"
* Äîðôìàí À.Ã., ÎÏÒÈÊÀ ÊÎÍÈ×ÅÑÊÈÕ ÑÅ×ÅÍÈÉ, href="Populjarnye_lekcii_po_matematike._Optika_konicheskikh_sechenij_31.djvu"
* Åôðåìîâ À.À., Ñàëüíèêîâ Þ.Â., Èçãîòîâëåíèå è êîíòðîëü îïòè÷åñêèõ äåòàëåé (1983) href="Efremov_A.A.-Salnikov_Yu.V.--Izgotovlenie_i_kontrol_opticheskix_detalej.djvu"
* Çàêàçíîâ Í.Ï., Êèðþøèí Ñ.È., Êóçè÷åâ Â.È., Òåîðèÿ îïòè÷åñêèõ ñèñòåì (1992) href="Zakaznov_theory.djvu"
* Çàêàçíîâ ß.Ï., Êèðþøèí Ñ.È., Êóçè÷åâ Â.Í., ÒÅÎÐÈß ÎÏÒÈ×ÅÑÊÈÕ ÑÈÑÒÅÌ: Ó÷åáíèê äëÿ ñòóäåíòîâ ïðèáîðîñòðîèòåëüíûõ ñïåöèàëüíîñòåé âóçîâ, href="Teorija_opticheskikh_sistem_3_izd.djvu"
* Çîììåðôåëüä A., ÎÏÒÈÊÀ, href="Optika(IL_1953_491_str.).djvu"
* Èâàíîâà Ò.Â., ÂÂÅÄÅÍÈÅ Â ÏÐÈÊËÀÄÍÓÞ È ÊÎÌÏÜÞÒÅÐÍÓÞ ÎÏÒÈÊÓ, href="Vvedenie_v_prikladnuju_i_kompjuternuju_optiku_(konspekt_lekcij)_(2002).djvu"
* Èëüè÷åâà Å.Í., Êóäåÿðîâ Þ.À., Ìàòâååâ À.Í., ÌÅÒÎÄÈÊÀ ÐÅØÅÍÈß ÇÀÄÀ× ÎÏÒÈÊÈ, href="Metodika_reshenija_zadach_optiki.(1981).djvu"
* Êàëèòååâñêèé Í.È., ÂÎËÍÎÂÀß ÎÏÒÈÊÀ: Ó÷åá. ïîñîáèå äëÿ âóçîâ, href="Volnovaja_optika_[3_izd.](Vysshaja_shkola_1995_464_str.).djvu"
* Êàðëîâ Í.Â. ËÅÊÖÈÈ ÏÎ ÊÂÀÍÒÎÂÎÉ ÝËÅÊÒÐÎÍÈÊÅ href="Karlov_N.V._Lekcii_po_kvantovoj_elektronike.djvu"
* Êëýð Æ-Æ., ÂÂÅÄÅÍÈÅ Â ÈÍÒÅÃÐÀËÜÍÓÞ ÎÏÒÈÊÓ, href="Vvedenie_v_integralnuju_optiku.(1980).djvu"
* Êîçèíöåâ Â.È. è äð. Îïòèêî-ýëåêòðîííûå ñèñòåìû ýêîëîãè÷åñêîãî ìîíèòîðèíãà ïðèðîäíîé ñðåäû (2002), href="Optiko-ehlektronnye_sistemy_ehkologicheskogo_monitoringa_prirodnoj_sredy(316).djvu"
* Êîëìàêîâ Þ. Í., Êàæàðñêàÿ Ñ.Å. Ó÷åáíîå ïîñîáèå ïî êóðñó “Îïòèêà” (2000) href="kolmakov.djvu"
* Êîðíáëÿò Ñ., ÑÂ× ÎÏÒÈÊÀ. ÎÏÒÈ×ÅÑÊÈÅ ÏÐÈÍÖÈÏÛ Â ÏÐÈËÎÆÅÍÈÈ Ê ÊÎÍÑÒÐÓÈÐÎÂÀÍÈÞ ÑÂ× ÀÍÒÅÍÍ, href="SVCH_optika.(1980).djvu"
* Êîðîòååâ Í.È., Øóìàé È.Ë. ÔÈÇÈÊÀ ÌÎÙÍÎÃÎ ËÀÇÅÐÍÎÃÎ ÈÇËÓ×ÅÍÈß href="Koroteev_N.I._Shumaj_I.L._Fizika_moshchnogo_lazernogo_izluchenija.djvu"
* Ëàíäñáåðã Ã.Ñ. Îïòèêà. Ó÷åáíîå ïîñîáèå. 6.-e èçä. (2003) href="Landsberg_Optika_Ucheb_posobie.djvu"
* Ëàíäñáåðãà Ã.Ñ., (ed.), ÝËÅÌÅÍÒÀÐÍÛÉ Ó×ÅÁÍÈÊ ÔÈÇÈÊÈ,3. Êîëåáàíèÿ è âîëíû. Îïòèêà. Àòîìíàÿ è ÿäåðíàÿ ôèçèêà, href="Ehlementarnyj_uchebnik_fiziki._Kolebanija_volny_optika_atomnaja_fizika_Tom_3.djvu"
* Ëóáîâèê À.Ñ., Àïåíêî Ì.È., è äð., ÏÐÈÊËÀÄÍÀß ÎÏÒÈÊÀ. Ó÷åáíîå ïîñîáèå äëÿ âóçîâ, href="PRIKLADNAJA_OPTIKA.djvu"
* Ìàê A.À., Ñîìñ Ë.H. , Ôðîìçåëü B.À. , ßøèí Â.Å. ËÀÇÅÐÛ ÍÀ ÍÅÎÄÈÌÎÂÎÌ ÑÒÅÊËÅ href="Mak_A.A._Soms_L.N._Fromzel_V.A._Yashin_V.E._Lazery_na_neodimovom_stekle.djvu"
* Ìàòâååâ À.Í., ÎÏÒÈÊÀ, href="Optika_[Tom_4](Vysshaja_shkola_1985_354_str.).djvu"
* Ìåøêîâ È.Í., ×èðèêîâ Á.Â., ÝËÅÊÒÐÎÌÀÃÍÈÒÍÎÅ ÏÎËÅ. ×àñòü 2. Ýëåêòðîìàãíèòíûå âîëíû è îïòèêà, href="Ehlektromagnitnoe_pole_Chast_2.djvu"
* Ìîñêàëåâ Â.À., ÏÐÈÊËÀÄÍÀß ÔÈÇÈ×ÅÑÊÀß ÎÏÒÈÊÀ, href="Prikladnaja_fizicheskaja_optika.djvu"
* Ìîññ Ò., Áàððåë Ã., Ýëëèñ Á., Ïîëóïðîâîäíèêîâàÿ îïòîýëåêòðîíèêà (1976) href="Poluprovodnikovaya_optoelektronika.djvu"
* Ìýéòëýíä À., Äàíí Ì., ÂÂÅÄÅÍÈÅ Â ÔÈÇÈÊÓ ËÀÇÅÐÎÂ href="Me#jtlend_A._Dann_M.Vvedenie_v_fiziku_lazerov.djvu"
* Íàóìîâ Ä.À. ÈÇÃÎÒÎÂËÅÍÈÅ ÎÏÒÈÊÈ ÄËß ËÞÁÈÒÅËÜÑÊÈÕ ÒÅËÅÑÊÎÏÎÂ-ÐÅÔËÅÊÒÎÐÎÂ È ÅÅ ÊÎÍÒÐÎËÜ (1988) href="Izgotovlenie_optiki_dlja_ljubitelskikh_teleskopov-reflektorov(265).djvu"
* Íüþòîí Èñààê, ËÅÊÖÈÈ ÏÎ ÎÏÒÈÊÅ, href="Lekcii_po_optike(1946_298_str.).djvu"
* Îðàöèî Çâåëòî ÏÐÈÍÖÈÏÛ ËÀÇÅÐÎÂ href="Zvelto_O.__Svelto__Principy_lazerov.djvu"
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* Ì.È. Àïåíêî, È.Ï. Àðàåâ, Â.À. Àôàíàñüåâ è äð., ÎÏÒÈ×ÅÑÊÈÅ ÏÐÈÁÎÐÛ Â ÌÀØÈÍÎÑÒÐÎÅÍÈÈ, Ñïðàâî÷íèê. Ì., «Ìàøèíîñòðîåíèå», 1974., href="M.I._Apenko_i_dr.Opticheskie_pribory_v_mashinostroenii._Spravochnik_(1974).djvu"
* Òàìàðîâà Ð.Ì., ÎÏÒÈ×ÅÑÊÈÅ ÏÐÈÁÎÐÛ ÄËß ÈÑÑËÅÄÎÂÀÍÈß ÃËÀÇÀ, href="R.M._Tamarova_Opticheskie_pribory_dlya_issledovaniya_glaza_(1982).djvu"
* Ðîçåèáëþì Þ.3., ÎÏÒÎÌÅÒÐÈß (ïîäáîð ñðåäñòâ êîððåêöèè çðåíèÿ). —ÑÏá.: Ãèïïîêðàò,1996., href="YU.Z._Rozenblyum_Optometriya_(1996).djvu"
* * ßêóøåíêîâ Þ.Ã. Ïðîåêòèðîâàíèå îïòèêî-ýëåêòðîííûõ ïðèáîðîâ (2000) href="Proehktirovanie_opto-ehlektronnykh_priborov.djvu"
ÁËÎÊ_Ã ÑÒÀÍÄÀÐÒÛ
* ÃÎÑÒ_1-1141-84 Äåòàëè îïòè÷åñêèå. Êëàññû ÷èñòîòû ïîâåðõíîñòåé. Ìåòîäû êîíòðîëÿ href="gost1-1141-84.djvu"
* ÃÎÑÒ_1-3240-78* Çàãîòîâêè îïòè÷åñêîãî ñòåêëà. Òåõíè÷åñêèå óñëîâèÿ href="gost1-3240-78.djvu"
* ÃÎÑÒ_1-3659-78* Ñòåêëî îïòè÷åñêîå áåñöâåòíîå. Ôèçèêî-õèìè÷åñêèå õàðàêòåðèñòèêè. Îñíîâíûå ïàðàìåòðû href="gost1-3659-78.djvu"
* ÃÎÑÒ_1-3917-82 Ñòåêëî îïòè÷åñêîå. Ìåòîäû îïðåäåëåíèÿ õèìè÷åñêîé óñòîé÷èâîñòè, ãðóïïû õèìè÷åñêîé óñòîé÷èâîñòè href="gost1-3917-82.djvu"
* ÃÎÑÒ_1-5130-86 Ñòåêëî êâàðöåâîå îïòè÷åñêîå. Îáùèå òåõíè÷åñêèå óñëîâèÿ href="gost1-5130-86.djvu"
* ÃÎÑÒ_2.412 – 81 Ïðàâèëà âûïîëíåíèÿ ÷åðòåæåé è ñõåì îïòè÷åñêèõ èçäåëèé href="gost2.412-81.djvu"
* ÃÎÑÒ_2-3136-78 Ìàòåðèàëû îïòè÷åñêèå. Ïàðàìåòðû href="gost2-3136-78.djvu"
* ÃÎÑÒ_2786-82 Ñòåêëà ïðîáíûå äëÿ ïðîâåðêè ðàäèóñîâ ñôåðè÷åñêèõ ïîâåðõíîñòåé. Òåõíè÷åñêèå óñëîâèÿ href="gost2-786-82.djvu"
* ÃÎÑÒ_3514-76* Ñòåêëî îïòè÷åñêîå áåñöâåòíîå. Òåõíè÷åñêèå óñëîâèÿ href="gost3514-76.djvu"
* ÃÎÑÒ_7427-76* Ãåîìåòðè÷åñêàÿ îïòèêà. Òåðìèíû, îïðåäåëåíèÿ è áóêâåííûå îáîçíà÷åíèÿ href="ÃÎÑÒ7427-76.djvu"
* Ñòàíäàðò ISO_9211 href="Optika_i_opticheskie_pribory_-_Opticheskie_pokrytija(235).djvu"
* Ñòàíäàðò ISO_10110, href="Optika_i_opticheskie_pribory_-_Pravila_oformlenija_chertezhej(234).djvu"
ÁËÎÊ_à ÌÀÒÅÌÀÒÈ×ÅÑÊÎÅ ÌÎÄÅËÈÐÎÂÀÍÈÅ È ÐÀÑ×ÅÒ ÎÏÒÈ×ÅÑÊÈÕ ÑÈÑÒÅÌ
*1.1 ÌÎÄÅËÈÐÎÂÀÍÈÅ ÎÏÒÈ×ÅÑÊÈÕ ÑÈÑÒÅÌ. ÏÐÎÃÐÀÌÌÛ. ôÎÐÓÌ
*1.1.1 * Bao Gang, Cowsar Lawrence, Masters Wen, (Eds.), MATHEMATICAL MODELING IN OPTICAL SCIENCE. SIAM, 2001., href="Mathematical_modeling_in_optical_science-Society_for_Industrial__Mathematics(1987).djvu"
*1.1.1 * Schmidt Jason Daniel NUMERICAL SIMULATION OF OPTICAL WAVE PROPAGATION WITH EXAMPLES IN MATLAB. 2010.--Society of Photo-Optical Instrumentation Engineers (SPIE), href="Numerical_Simulation_of_Optical_Wave_Propagation_With_examples_in_MATLAB.djvu"
*1.1.1 * Banerjee Partha I., NONLINEAR OPTICS, Theory, Numerical Modeling, and Applications, href="Nonlinear_optics.djvu"
*1.1.1 * Bloembergen N., NONLINEAR OPTICS. A Lecture Note And Reprint Volume., href="NONLINEAR_OPTICS_1995.djvu"
*1.1.1 * Dowden John Michael THE MATHEMATICS OF THERMAL MODELING: AN INTRODUCTION TO THE THEORY OF LASER MATERIAL PROCESSING href="The_Mathematics_of_Thermal_Modeling_An_Introduction_to_the_Theory_of_Laser_Material_Processing.djvu"
*1.1.1 * Hiett B., Photonic Crystal Modelling using Finite Element Analysis (2002, 143 pp.) href="db48012342045e37a24e376d44e70bee.djvu" 1
*1.1.1 * Gedney Stephen COMPUTATIONAL ELECTROMAGNETICS: THE FINITE-DIFFERENCE TIME-DOMAIN (2003) href="Computational_Electromagnetics.djvu"
*1.1.1 * Wang Xin-Hua FINITE ELEMENT METHODS FOR NONLINEAR OPTICAL WAVEGUIDES href="Finite_Element_Methods_for_Nonlinear_Optical_Waveguides.djvu"
*1.1.1 * Sirenko Yuriy K., Strom Staffan, Yashina Nataliya P., MODELING AND ANALYSIS OF TRANSIENT PROCESSES IN OPEN RESONANT,href="Modeling_and_Analysis_of_Transient_Processes_in_Open_Resonant_Structures_New_Methods_and_Techniques.djvu"
*1.1.1 * Maxim Ryzhii, Victor Ryzhii, (Eds.), PHYSICS AND MODELING OF TERA- AND NANO-DEVICES, href="Ryzhii_M_Ryzhii_V_(Eds.)_-_Physics_And_Modeling_Of_Tera_And_Nano_Devices_-_World_Scientific_-_2008.djvu"
*1.1.1 * Holst Gerald C., (Ed.), PROCEEDINGS OF SPIE Infrared Imaging Systems: Design, Analysis, Modeling, and Testing XX., 14-16., April 2009., href="Infrared_Imaging_Systems2.djvu"
*1.1.1 * Li Xun, OPTOELECTRONIC DEVICES DESIGN, MODELING, AND SIMULATION, href="Optoelectronic_Devices_Design.Modeling.Simulation.djvu"
*1.1.1 * Passaro Vittorio M.N., MODELING OF PHOTONIC DEVICES href="Modeling_of_photonic_devices.djvu"
*1.1.1 * Sukhoivanov Igor A., Guryev Igor V., PHOTONIC CRYSTALS Physics And Practical Modeling href="Photonic_Crystals--Physics_and_Practical_Modeling.djvu"
*1.1.1 * Sukhoivanov Igor A., Guryev Igor V., PHOTONIC CRYSTALS. Physics and Practical Modeling. Springer Series in Optical Sciences, 2010., href="Photonic_Crystals--Physics_and_Practical_Modeling.djvu"
*1.1.1 * Sukhoivanov Igor A., Guryev Igor V.,PHOTONIC CRYSTALS. Physics and Practical Modeling, href="PC.djvu"
*1.1.1 * Ghafouri-Shiraz H., THE PRINCIPLES OF SEMICONDUCTOR LASER DIODES AND AMPLIFIERS, Analysis and Transmission Line Laser Modeling, href="Principles_Semiconductor_Laser.djvu"
*1.1.1 * Ghafouri-Shiraz H., THE PRINCIPLES OF SEMICONDUCTOR LASER DIODES AND Analysis and Transmission Line Laser Modeling, href="The_principles_of_semiconductor_laser_diodes_and_amplifiers_(2003).djvu"
*1.1. Ïðîãðàììû ZEMAX è ZEMAX , href="program.htm"
*1.1.1 ÐÓÊÎÂÎÄÑÒÂÀ ÏÎËÜÇÎÂÀÒÅËß ÄËß ÏÀÊÅÒÎÂ ïðîãðàìì ZEMAX è CODE V.
*1.1.1.1 ÐÓÊÎÂÎÄÑÒÂÎ ÏÎËÜÇÎÂÀÒÅËß ÏÀÊÅÒÎÌ ïðîãðàìì ZEMAX. Ïåðåâîä ñ àíãë.Ìîñêâà-2010., href="ZEMAX-Optical_Design_Program.Users_Manual.djvu"
*1.1.1.2 CODE V For Advanced. Optical Research Associates, href="advanced_CODE_V.djvu"
*1.1.1.3 ADVANCED OPTICAL DESIGN USING ZEMAX. Neil Barrett, Leo Chen., Optical Research Associates, 16th-20th February 2009., href="Advanced_Optical_Design_Using_ZEMAX.djvu"
*1.1.1.4 CODE V For Beginner. Optical Research Associates, href="beginner_CODE_V.djvu"
*1.1.1.5 CODE V OPTIMIZATION TIPS & TRICKS. Optical Research Associates, href="Intro_CODE_V.djvu"
*1.1. Ôîðóì "Ïðîãðàììû äëÿ ðàçðàáîòêè, òåñòèðîâàíèÿ,. îïòè÷åñêèõ ñèñòåì", href="forum.htm"
* Attaway Stormy, MATLAB: A PRACTICAL INTRODUCTION TO PROGRAMMING AND PROBLEM SOLVING. Elsevier, Inc., 2009., href="Matlab-A_Practical_Introduction_to_Programming_and_Problem_Solving.djvu"
* Gbur Gregory J., MATHEMATICAL METHODS FOR MATHEMATICAL METHODS FOR OPTICAL PHYSICS AND ENGINEERING. Cambridge University Press 2011., href="Mathematical_Methods_For_Optical_Physics_And_Engineering.djvu"
*
ÁËÎÊ_à ÔÈÇÈ×ÅÑÊÀß, ÊÂÀÍÒÎÂÀß È ÂÎËÍÎÂÀß ÎÏÒÈÊÀ
*
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* Maíäeëü Ë., Boëüô Ý., OÏTÈ×ECKAß KOÃEPEHTHOCTÜ È KBAHTOBAß OÏTÈKA href="Mandel-Optical_coherence_and_quantum_optics.djvu"
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{_Ï QUANTUM Communication
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{_Ï QUANTUM_INFORMATION_AND_COMPUTING
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ÁËÎÊ_Ã FIBER LASERS, FIBER BRAGG GRATING, OPTICAL TURBULENCE, STUDY OF BOSE-CONDENSATE
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* Fowles Grant R., INTRODUCTION TO MODERN OPTICS, href="Fowles_G.R.-Introduction_to_modern_optics.djvu"
* Yamanouchi Kaoru, Chin See Leang, Agostini Pierre, Ferrante Gaetano, PROGRESS IN ULTRAFAST INTENSE LASER SCIENCE VOLUME II, href="Yamanouchi_Chin_Agostini_Ferrante-Progress_in_Ultrafast_Intense_Laser_Science_II.djvu"
* Takahashi Miyu, Goto Hina, (Eds.), PROGRESS IN NONLINEAR OPTICS RESEARCH, href="PROGRESS_IN_NONLINEAR_OPTICS_RESEARCH.djvu"
*1.1 Wolf E., (Ed.), PROGRESS IN OPTICS, multi-volume edition
*1.1.01 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_01, href="E.Wolf-Progress_in_Optics_Volume_01.djvu"
*1.1.08 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_08, href="E.Wolf-Progress_in_Optics_Volume_08.djvu"
*1.1.09 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_09, href="E.Wolf-Progress_in_Optics_Volume_09.djvu"
*1.1.10 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_10, href="E.Wolf-Progress_in_Optics_Volume_10.djvu"
*1.1.11 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_11, href="E.Wolf-Progress_in_Optics_Volume_11.djvu"
*1.1.12 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_12, href="E.Wolf-Progress_in_Optics_Volume_12.djvu"
*1.1.13 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_13, href="E.Wolf-Progress_in_Optics_Volume_13.djvu"
*1.1.14 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_14, href="E.Wolf-Progress_in_Optics_Volume_14.djvu"
*1.1.16 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_16, href="E.Wolf-Progress_in_Optics_Volume_16.djvu"
*1.1.17 Wolf E., (Ed.), PROGRESS IN OPTICS, Volume_17, href="E.Wolf-Progress_in_Optics_Volume_17.djvu"
*1.1.18 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_18, href="E.Wolf-Progress_in_Optics_Volume_18.djvu"
*1.1.19 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_19, href="E.Wolf-Progress_in_Optics_Volume_19.djvu"
*1.1.20 Wolf E., (Ed.), PROGRESS IN OPTICS, Volume_20, href="E.Wolf-Progress_in_Optics_Volume_20.djvu"
*1.1.21 Wolf E., (Ed.), PROGRESS IN OPTICS VOLUME XXI. href="E.Wolf-Progress_in_Optics_Volume_21.djvu"
*1.1.23 Wolf E., (Ed.), PROGRESS IN OPTICS, Volume_23, href="E.Wolf-Progress_in_Optics_Volume_23.djvu"
*1.1.24 Wolf E., (Ed.), PROGRESS IN OPTICS, Volume_24, href="E.Wolf-Progress_in_Optics_Volume_24.djvu"
*1.1.25 Wolf E., (Ed.), PROGRESS IN OPTICS, Volume_25, href="E.Wolf-Progress_in_Optics_Volume_25.djvu"
*1.1.26 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_26, href="E.Wolf-Progress_in_Optics_Volume_26.djvu"
*1.1.27 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_27, href="E.Wolf-Progress_in_Optics_Volume_27.djvu"
*1.1.28 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_28, href="E.Wolf-Progress_in_Optics_Volume_28.djvu"
*1.1.29 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_29, href="E.Wolf-Progress_in_Optics_Volume_29.djvu"
*1.1.30 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_30, href="E.Wolf-Progress_in_Optics_Volume_30.djvu"
*1.1.31 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_31, href="E.Wolf-Progress_in_Optics_Volume_31.djvu"
*1.1.32 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_32, href="E.Wolf-Progress_in_Optics_Volume_32.djvu"
*1.1.33 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_33, href="E.Wolf-Progress_in_Optics_Volume_33.djvu"
*1.1.34 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_34, href="E.Wolf-Progress_in_Optics_Volume_34.djvu"
*1.1.35 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_35, href="E.Wolf-Progress_in_Optics_Volume_35.djvu"
*1.1.36 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_36, href="E.Wolf-Progress_in_Optics_Volume_36.djvu"
*1.1.37 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_37, href="E.Wolf-Progress_in_Optics_Volume_37.djvu"
*1.1.38 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_38, href="E.Wolf-Progress_in_Optics_Volume_38.djvu"
*1.1.39 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_39, href="E.Wolf-Progress_in_Optics_Volume_39.djvu"
*1.1.40 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_40, href="E.Wolf-Progress_in_Optics_Volume_40.djvu"
*1.1.41 WOLF E., (Ed.), PROGRESS IN OPTICS, volume_41, href="E.Wolf-Progress_in_Optics_Volume_41.djvu"
*1.1.42 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_42, href="E.Wolf-Progress_in_Optics_Volume_42.djvu"
*1.1.43 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_43, href="E.Wolf-Progress_in_Optics_Volume_43.djvu"
*1.1.44 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_44, href="E.Wolf-Progress_in_Optics_Volume_44.djvu"
*1.1.45 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_45, href="E.Wolf-Progress_in_Optics_Volume_45.djvu"
*1.1.46 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_46, href="E.Wolf-Progress_in_Optics_Volume_46.djvu"
*1.1.47 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_47, href="E.Wolf-Progress_in_Optics_Volume_47.djvu"
*1.1.48 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_48, href="E.Wolf-Progress_in_Optics_Volume_48.djvu"
*1.1.49 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_49, href="E.Wolf-Progress_in_Optics_Volume_49.djvu"
*1.1.50 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_50, href="E.Wolf-Progress_in_Optics_Volume_50.djvu"
*1.1.51 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_51, href="E.Wolf-Progress_in_Optics_Volume_51.djvu"
*1.1.52 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_52, href="E.Wolf-Progress_in_Optics_Volume_52.djvu"
*1.1.53 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_53, href="E.Wolf-Progress_in_Optics_Volume_53.djvu"
*1.1.54 Wolf E., (Ed.), PROGRESS IN OPTICS, volume_54, href="E.Wolf-Progress_in_Optics_Volume_54.djvu"
*1.1 Ohtsu Motoichi, (Ed.), PROGRESS IN NANO-ELECTRO-OPTICS
*1.1.1 Ohtsu Motoichi, (Ed.), PROGRESS IN NANO-ELECTRO-OPTICS I, Basics And Theory Of Near-Field Optics, href="Progress_in_Nano-Electro-Optics_I.djvu"
*1.1.2 Ohtsu Motoichi, (Ed.), PROGRESS IN NANO-ELECTRO-OPTICS II, Novel Devices And Atom Manipulation, href="Progress_in_Nano-Electro-Optics-II.djvu"
*1.1.3 Ohtsu Motoichi, (Ed.), PROGRESS IN NANO-ELECTRO-OPTICS III, Industrial Applications and Dynamics of the Nano-Optical System href="Progress_in_Nano-Electro_Optics_III--Ohtsu.djvu"
*1.1.4 Ohtsu Motoichi, (Ed.), PROGRESS IN NANO-ELECTRO-OPTICS IV, Characterization of Nano-Optical Materials and Optical Near-Field Interactions, href="Progress_in_Nano-Electro_Optics_IV.djvu"
*1.1.5 Ohtsu Motoichi, (Ed.), PROGRESS IN NANO-ELECTRO-OPTICS V, Nanophotonic Fabrications, Devices, Systems, and Their Theoretical Bases, href="PROGRESS_IN_NANO-ELECTRO-OPTICS-V.djvu"
*1.1.6 Ohtsu Motoichi (Ed.) PROGRESS IN NANO-ELECTRO-OPTICS VI Nano-Optical Probing, Manipulation, Analysis,and Their Theoretical Baseshref="Progress_in_Nano-Electro-Optics_VI.djvu"
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* Scharf T., POLARIZED LIGHT IN LIQUID CRYSTALS AND POLYMERS href="Polarized_Light_in_Liquid_Crystals_and_Polymers_ertu.djvu"
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* Terhalle Bernd, CONTROLLING LIGHT IN OPTICALLY INDUCED PHOTONIC LATTICES. Doctoral Thesis. Springer 2011., href="Controlling_Light_in_Optically_Induced_Photonic_Lattices.djvu"
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ÁËÎÊ_Ã OPTICAL IMAGE PROCESSING
*1.1 ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME 62-159
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_062, href="Advances_in_Imaging_and_Electron_Physics-Volume_62.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_063, href="Advances_in_Imaging_and_Electron_Physics-Volume_63.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_065, href="Advances_in_Imaging_and_Electron_Physics-Volume_65.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_066, href="Advances_in_Imaging_and_Electron_Physics-Volume_66.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_067, href="Advances_in_Imaging_and_Electron_Physics-Volume_67.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_068, href="Advances_in_Imaging_and_Electron_Physics-Volume_68.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_069, href="Advances_in_Imaging_and_Electron_Physics-Volume_69.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_070, href="Advances_in_Imaging_and_Electron_Physics-Volume_70.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_072, href="Advances_in_Imaging_and_Electron_Physics-Volume_72.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_073, href="Advances_in_Imaging_and_Electron_Physics-Volume_73.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_074, href="Advances_in_Imaging_and_Electron_Physics-Volume_74.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_075, href="Advances_in_Imaging_and_Electron_Physics-Volume_75.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_076, href="Advances_in_Imaging_and_Electron_Physics-Volume_76.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_077, href="Advances_in_Imaging_and_Electron_Physics-Volume_77.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_078, href="Advances_in_Imaging_and_Electron_Physics-Volume_78.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_079, href="Advances_in_Imaging_and_Electron_Physics-Volume_79.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_080, href="Advances_in_Imaging_and_Electron_Physics-Volume_80.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_081, href="Advances_in_Imaging_and_Electron_Physics-Volume_81.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_082, href="Advances_in_Imaging_and_Electron_Physics-Volume_82.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_083, href="Advances_in_Imaging_and_Electron_Physics-Volume_83.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_084, href="Advances_in_Imaging_and_Electron_Physics-Volume_84.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_085, href="Advances_in_Imaging_and_Electron_Physics-Volume_85.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_086, href="Advances_in_Imaging_and_Electron_Physics-Volume_86.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_087, href="Advances_in_Imaging_and_Electron_Physics-Volume_87.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_090, href="Advances_in_Imaging_and_Electron_Physics-Volume_90.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_091, href="Advances_in_Imaging_and_Electron_Physics-Volume_91.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_092, href="Advances_in_Imaging_and_Electron_Physics-Volume_92.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_093, href="Advances_in_Imaging_and_Electron_Physics-Volume_93.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_094, href="Advances_in_Imaging_and_Electron_Physics-Volume_94.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_095, href="Advances_in_Imaging_and_Electron_Physics-Volume_95.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_096, href="Advances_in_Imaging_and_Electron_Physics-Volume_96.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_098, href="Advances_in_Imaging_and_Electron_Physics-Volume_98.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_099, href="Advances_in_Imaging_and_Electron_Physics-Volume_99.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_100, href="Advances_in_Imaging_and_Electron_Physics-Volume_100.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_101, href="Advances_in_Imaging_and_Electron_Physics-Volume_101.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_102, href="Advances_in_Imaging_and_Electron_Physics-Volume_102.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_103, href="Advances_in_Imaging_and_Electron_Physics-Volume_103.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_104, href="Advances_in_Imaging_and_Electron_Physics-Volume_104.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_105, href="Advances_in_Imaging_and_Electron_Physics-Volume_105.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_106, href="Advances_in_Imaging_and_Electron_Physics-Volume_106.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_107, href="Advances_In_Imaging_And_Electron_Physics_Volume_107.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_108, href="Advances_in_Imaging_and_Electron_Physics-Volume_108.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_109, href="Advances_in_Imaging_and_Electron_Physics-Volume_109.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_110, href="Advances_in_Imaging_and_Electron_Physics-Volume_110.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_111, href="Advances_in_Imaging_and_Electron_Physics-Volume_111.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_112, href="Advances_in_Imaging_and_Electron_Physics-Volume_112.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_113, href="Advances_in_Imaging_and_Electron_Physics-Volume_113.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_114, href="Advances_in_Imaging_and_Electron_Physics-Volume_114.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_117, href="Advances_in_Imaging_and_Electron_Physics-Volume_117.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_118, href="Advances_in_Imaging_and_Electron_Physics-Volume_118.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_119, href="Advances_in_Imaging_and_Electron_Physics-Volume_119.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_120, href="Advances_in_Imaging_and_Electron_Physics-Volume_120.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_121, href="Advances_in_Imaging_and_Electron_Physics-Volume_121.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_122, href="Advances_in_Imaging_and_Electron_Physics-Volume_122.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_123, href="Advances_in_Imaging_and_Electron_Physics-Volume_123.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_124, href="Advances_in_Imaging_and_Electron_Physics-Volume_124.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_125, href="Advances_in_imaging_and_electron_physics_volume_125.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_126, href="Advances_in_Imaging_and_Electron_Physics-Volume_126.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_127, href="Advances_in_Imaging_and_Electron_Physics-Volume_127.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_128, href="Advances_in_Imaging_and_Electron_Physics-Volume_128.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_130, href="Advances_in_Imaging_and_Electron_Physics-Volume_130.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_132, href="Advances_in_Imaging_and_Electron_Physics-Volume_132.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_133, href="Advances_in_Imaging_and_Electron_Physics-Volume_133.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_135, href="Advances_in_Imaging_and_Electron_Physics-Volume_135.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_136, href="Advances_in_Imaging_and_Electron_Physics-Volume_136.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_137, href="Advances_in_Imaging_and_Electron_Physics-Volume_137.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_139, href="Advances_in_Imaging_and_Electron_Physics-Volume_139.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_140, href="Advances_in_Imaging_and_Electron_Physics_Volume_140.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_141, href="Advances_in_Imaging_and_Electron_Physics-Volume_141.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_142, href="Advances_in_Imaging_and_Electron_Physics-Volume_142.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_143, href="Advances_in_Imaging_and_Electron_Physics-Volume_143.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_144, href="Advances_in_Imaging_and_Electron_Physics-Volume_144.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_145, href="Advances_in_Imaging_and_Electron_Physics-Volume_145.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_146, href="Advances_in_Imaging_and_Electron_Physics-Volume_146.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_147, href="Advances_in_Imaging_and_Electron_Physics-Volume_147.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_148, href="Advances_in_Imaging_and_Electron_Physics-Volume_148.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_149, href="Advances_in_Imaging_and_Electron_Physics-Volume_149.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_150, href="Advances_in_Imaging_and_Electron_Physics-Volume_150.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_151, href="Advances_in_Imaging_and_Electron_Physics-Volume_151.djvu"
*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_152, href="Advances_in_Imaging_and_Electron_Physics-Volume_152.djvu"
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*1.1.1 Hawkes Peter W., (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS VOLUME_159, href="Advances_in_Imaging_and_Electron_Physics-Volume_159.djvu"
*1.1.1 Erwin Kasper, (Ed.), ADVANCES IN IMAGING AND ELECTRON PHYSICS, Volume 116. Numerical Field Calculation for Charged Particle Optics. Academic Press, 2001., href="Advances_in_Atomic_Molecular_and_Optical_Physics_Volume_116.djvu"
*1.1
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{_Ã MICROSCOPY
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* Zhou Weilie, Wang Zhong Lin, (Eds.), SCANNING MICROSCOPY FOR NANOTECHNOLOGY. Techniques and Applications. Springer 2006., href="Scanning_Microscopy_for_Nanotechnology.djvu" 
* Setou Mitsutoshi, (Ed.), IMAGING MASS SPECTROMETRY. Protocols for Mass Microscopy. Springer 2010., href="Imaging_Mass_Spectrometry.djvu"
* Price Robert L., Jerome W. Gray (Jay), (Eds.), BASIC CONFOCAL MICROSCOPY. Springer 2011., href="Basic_Confocal_Microscopy.djvu"
* Ferraro Pietro, Wax Adam, Zalevsky Zeev, (Eds.), COHERENT LIGHT MICROSCOPY. Imaging and Quantitative Phase Analysis. Springer 2011., href="Coherent_Light_Microscopy.djvu"
* Conn P. Michael, (Ed.), TECHNIQUES IN CONFOCAL MICROSCOPY. Reliable Lab Solutions. Elsevier 2010., href="Techniques_in_Confocal_Microscopy.djvu"
* Dieing Thomas, Hollricher Olaf, ToporskiJan, (Eds.), CONFOCAL RAMAN MICROSCOPY. Springer 2010., href="Confocal_Raman_Microscopy.djvu"
* Zeiss Carl,  OPTICAL SYSTEMS FOR THE MICROSCOPE. Oberkochen, 1971., href="Optical_Systems_for_the_Microscope.djvu"
{_Ã FEMTOSECOND
* Uesaka Mitsuru, FEMTOSECOND BEAM SCIENCE. Imperial College Press 2005., href="Femtosecond_Beam_Science.djvu"
* Duarte F.J., (Ed.), COHERENCE AND ULTRASHORT PULSE LASER EMISSION. InTech 2010. , href="Coherence_and_Ultrashort_Pulse_Laser_Emission.djvu"
{_Ã DOPPLER
* Chen Victor C., THE MICRO-DOPPLER EFFECT IN RADAR. Artech House 2011., href="The_Micro-Doppler_Effect_in_Radar.djvu"
{_Ã INFRARED
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* Hamm Peter, Zanniîð Martin, CONCEPTS AND METHODS OF 2D INFRARED SPECTROSCOPY. Cambridge University Press 2011., href="Concepts_And_Methods_Of_2D_Infrared_Spectroscopy.djvu"  
* Vollmer Michael, Mollmann Klaus-Peter, INFRARED THERMAL IMAGING. Fundamentals, Research and Applications. Wiley-2010., href="Infrared_Thermal_Imaging.djvu"
* Pereira Mauro F., Shulika Oleksiy, (Eds.), TERAHERTZ AND MID INFRARED RADIATION. Generation, Detection and Applications. Springer 2011., href="Terahertz_and_Mid_Infrared_Radiation.djvu"
* Fateley William G., Dollish Francis R., INFRARED AND RAMAN SELECTION RULES FOR MOLECULAR AND LATTICE VIBRATIONS: THE CORRELATION METHOD. John Wiley 1972., href="Infrared_And_Raman_Selection_Rules.djvu"
* Herzberg Gerhard, M0LECULAR SPECTRA and MOLECULAR STRUCTURE II. INFRARED AND RAMAN SPECTRA OF POLYATOMIC M0LECULES. D. Van Nostr And Company, Inc. 1945., href="Infrared_and_Raman_Spectra_of_Polyatomic_Molecules.djvu"
* Allen Harry C.,Jr., Cross Paul C., MOLECULAR VIB-ROTORS THE THEORY AND INTERPRETATION OF HIGH RESOLUTION INFRARED SPECTRA. John Wiley 1963., href="Molecular_Vib-robots.djvu"

{_Ã TERAHERTZ
* Jean-Louis Coutaz, (Ed.)OPTOELECTRONIQUE TERAHERTZ. EDP Sciences 2008., href="Optolectronique_t_rahertz.djvu"
* Pereira Mauro F., Shulika Oleksiy, (Eds.), TERAHERTZ AND MID INFRARED RADIATION. Generation, Detection and Applications. Springer 2011., href="Terahertz_and_Mid_Infrared_Radiation.djvu"
* Rostami Ali, Rasooli Hassan, Baghban Hamed, TERAHERTZ TECHNOLOGY. FUNDAMENTALS AND APPLICATIONS. Springer 2011., href="Terahertz_Technology.Fundamentals_and_Applications.djvu"

{_Ã SPECTROSCOPY
* Tennyson Jonathan, ASTRONOMICAL SPECTROSCOPY. An Introduction to the Atomic and Molecular Physics of Astronomical Spectra. Press Imperial College 2005. href="Astronomical_Spectroscopy.djvu"
* Boyd Robert K., Basic Cecilia, Bethem Robert A., TRACE QUANTITATIVE ANALYSIS BY MASS SPECTROMETRY. John Wiley 2008., href="Trace_Quantitative_Analysis_By_Mass_Spectrometry.djvu"
* Mason W. Roy, A PRACTICAL GUIDE TO MAGNETIC CIRCULAR DICHROISM SPECTROSCOPY. John Wiley 2007., href="A_Practical_Guide_to_Magnetic_Circular_Dichroism_Spectroscopy.djvu"
* Pavia Donald L., Lampman Gary M., Kriz George S., Vyvyan James R., INTRODUCTION TO SPECTROSCOPY. Brooks/Cole, Cengage Learning 2001/2009., href="Introduction_to_Spectroscopy.djvu"
* Lund Anders, Shiotani Masaru, Shimada Shigetaka, PRINCIPLES AND APPLICATIONS OF ESR SPECTROSCOPY. Springer 2011., href="Principles_and_Applications_of_ESR_Spectroscopy.djvu"
* Graslund Astrid ,Rigler Rudolf , Widengren Jerker, (Eds.), SINGLE MOLECULE SPECTROSCOPY IN CHEMISTRY, PHYSICS AND BIOLOGY. Nobel Symposium. Springer-2010., href="Single_Molecule_Spectroscopy.djvu"
* Ekman Rolf, Silberring Jerzy , Westman-Brinkmalm Ann, Kraj Agnieszka, (Eds.), MASS SPECTROMETRY. Instrumentation,Interpretation, and Applications. John Wiley & Sons, Inc.2009., href="Mass_Spectrometry.djvu"
* Hapke Bruce, THEORY OF REFLECTANCE AND EMITTANCE SPECTROSCOPY. Cambridge University Press 1993., href="Theory_of_Reflectance_and_Emittance_Spectroscopy.djvu"
* Andreev Anatoli, ATOMIC SPECTROSCOPY: Introduction to the Theory of Hyperfine Structure. Springer 2005., href="ATOMIC_SPECTROSCOPY.djvu"
* Becker Johanna Sabine, INORGANIC MASS SPECTROMETRY PRINCIPLES AND APPLICATIONS. John Wiley 2007., href="Inorganic_Mass.djvu"
* Shevelko V.P., ATOMS AND THEIR SPECTROSCOPIC PROPERTIES. Springer-1997. , href="Atoms_and_their_spectroscopic_properties.djvu"
* Wartewig Siegfried, IR AND RAMAN SPECTROSCOPY FUNDAMENTAL PROCESSING. Wiley-2003., href="IR_and_Raman_Spectroscopy.djvu"
* Pradhan Anil K., Nahar Sultana N., ATOMIC ASTROPHYSICS AND SPECTROSCOPY. Cambridge University Press, 2011., href="Atomic_Astrophysics_and_Spectroscopy.djvu" 
* Kunze Hans-Joachim, INTRODUCTION TO PLASMA SPECTROSCOPY. Springer 2009., href="Plasma_Spectroscopy.djvu"
* Hamm Peter, Zanniîð Martin, CONCEPTS AND METHODS OF 2D INFRARED SPECTROSCOPY. Cambridge University Press 2011., href="Concepts_And_Methods_Of_2D_Infrared_Spectroscopy.djvu"  
* Setou Mitsutoshi, (Ed.), IMAGING MASS SPECTROMETRY. Protocols for Mass Microscopy. Springer 2010., href="Imaging_Mass_Spectrometry.djvu"
* Linne Mark A., SPECTROSCOPIC MEASUREMENT. An Introduction to the Fundamentals. Academic Press 2002., href="Spectroscopic_Measurement.djvu" 

{_Ã FIBRE OPTIC
* Brillant Avigdor, DIGITAL AND ANALOG FIBER OPTIC COMMUNICATIONS FOR CATV AND FTTX APPLICATIONS. SPIE 2008., href="Digital_and_Analog_Fiber_Optic_Communications.djvu"
* Yaman Fatih, FIBER-OPTIC PARAMETRIC AMPLIFIERS: THEIR ADVANTAGES AND LIMITATIONS. Dissertation, 2006., href="Fiber-Optic_Parametric_Amplifiers.djvu"
* Binh Le Nguyen, Ngo Nam Quoc, ULTRA-FAST FIBER LASERS. Principles and Applications with MATLAB® Models. CRC Press 2011., href="Ultra-Fast_Fiber_lasers.djvu"
* Dudley J.M., Taylor J.R., (Eds.) SUPERCONTINUUM GENERATION IN OPTICAL FIBERS. Cambridge University Press 2010., href="Supercontinuum_Generation_in_Optical_Fibers.djvu"
* Thyagarajan K., Ghatak Ajoy, FIBER OPTIC ESSENTIALS. Wiley 2007., href="fiber_optic_essentials_2007.djvu"
* Tong Limin, Sumetsky Michael, SUBWAVELENGTH AND NANOMETER DIAMETER OPTICAL FIBERS. Springer 2010., href="Subwavelength.djvu" 
* Kumar Arun, Ghatak Ajoy, POLARIZATION OF LIGHT WITH APPLICATIONS IN OPTICAL FIBERS. SPIE 2011., href="Polarization_of_light_with_applications_in_optical_fibers.djvu"
* Kumar Shiva, (Ed.), IMPACT OF NONLINEARITIES ON FIBER OPTIC COMMUNICATIONS. Springer 2011., href="Impact_of_Nonlinearities_on_Fiber.djvu"
* Glisic Branko, Inaudi Daniele, FIBRE OPTIC METHODS FOR STRUCTURAL HEALTH MONITORING. John Wiley 2007., href="Fibre_Optic_Methods_for_Structural_Health_Monitoring.djvu" 
* Lethien Christophe, (Ed.), OPTICAL FIBRE, NEW DEVELOPMENTS. In-Tech 2009., href="Optical_Fibre--New_Developments.djvu"
* Glisic Branko, Inaudi Daniele, FIBRE OPTIC METHODS FOR STRUCTURAL HEALTH MONITORING. John Wiley 2007., href="Fibre_Optic_Methods.djvu"
* Porsezian Kuppuswamy, Chako Valakkattil, OPTICAL SOLITONS: THEORETICAL AND EXPERIMENTAL CHALLENGES. Springer 2003., href="Optical_Solitons_2003.djvu"
* Cox Charles H., ANALOG OPTICAL LINKS. Theory and Practice. Cambridge University Press 2004., href="Analog_Optical_Links.djvu"

{_Ã PHOTONIC
* Kolle Mathias, PHOTONIC STRUCTURES INSPIRED BY NATURE. Doctoral Thesis, Springer-2011., href="Photonic_Structures_Inspired.djvu"
* Noginov Mikhail A., Dewar Graeme, McCall Martin W., Zheludev Nikolay I., (Eds.), TUTORIALS IN COMPLEX PHOTONIC MEDIA. SPIE 2009., href="Tutorials_in_complex_photonic_media.djvu"
* Wilson Brian C., Tuchin Valery V., Tanev Stoyan, (Eds.), ADVANCES IN BIOPHOTONICS. Proceedings of the NATO. IOS Press 2005., href="Advances_in_Biophotonics_NATO_Science.djvu" 
* Delone N.B., Krainov V.P., MULTIPHOTON PROCESSES IN ATOMS. Springer 2000., href="Multiphoton_Processes_in_Atoms.djvu"
* Gatti Antonietta M., Montanari Stefano, NANOPATHOLOGY THE HEALTH IMPACT OF NANOPARTICLES. Pan Stanford Publishing 2008., href="Nanostructures_In_Electronics_And_Photonics.djvu"
* Kawata Satoshi, Shalaev Vladimir M., (Eds.), ADVANCES IN NANO-OPTICS AND NANO-PHOTONICS. TIP ENHANCEMENT. Elsevier 2007., href="Tip_Enhancement__Advances_in_Nano_Optics.djvu"
* Lechleiter Armin, FACTORIZATION METHODS FOR PHOTONICS AND ROUGH SURFACES. Impressum 2008., href="Factorization_methods.djvu" 
* Herman Warren N., Flom Steven R., Foulger Stephen H., (Eds.), ORGANIC THIN FILMS FOR PHOTONIC APPLICATIONS. American Chemical Society 2010., href="Organic_Thin_Films_for_Photonic.djvu"
* Herman Warren N., Flom Steven R., Foulger Stephen H., (Eds.), ORGANIC THIN FILMS FOR PHOTONIC APPLICATIONS.  American Chemical Society 2010., href="Organic_Thin_Films.djvu" 
* Chremmos Ioannis, Schwelb Otto, Uzunoglu Nikolaos, (Eds.), PHOTONIC MICRORESONATOR RESEARCH AND APPLICATIONS.  Springer 2010., href="Photonic_Microresonator_Research_and_Applications.djvu"
* Hatano Yoshihiko, Katsumura Yosuke, Mozumder A., (Eds.), CHARGED PARTICLE AND PHOTON INTERACTIONS with Matter Recent Advances, Applications, and Interfaces. CRC Press 2011., href="Charged_Particle_and_Photon_Interactions.djvu"
* Klyshko David N., PHOTONS AND NONLINEAR OPTICS. Revised and Enlarged Edition. Gordon and Breach Science Publishers 1988., href="Photons_and_nonlinear_optics.djvu"
* Terhalle Bernd, CONTROLLING LIGHT IN OPTICALLY INDUCED PHOTONIC LATTICES. Doctoral Thesis. Springer 2011., href="Controlling_Light_in_Optically_Induced_Photonic_Lattices.djvu"
* Yariv Amnon, Yeh Pochi, PHOTONICS. Optical Electronics in Modern Communications. Sixth Edition. Oxford University Press 2007., href="PHOTONICS.Optical_Electronics.djvu"
* Urquhart Paul, (Ed.), ADVANCES IN OPTICAL AMPLIFIERS. InTech 2011., href="Advances_in_Optical_Amplifiers.djvu"

{_Ã NANOTECHNOLOGY
* Zhou Weilie, Wang Zhong Lin, (Eds.), SCANNING MICROSCOPY FOR NANOTECHNOLOGY. Techniques and Applications. Springer 2006., href="Scanning_Microscopy_for_Nanotechnology.djvu" 
* Tong Limin, Sumetsky Michael, SUBWAVELENGTH AND NANOMETER DIAMETER OPTICAL FIBERS. Springer 2010., href="Subwavelength.djvu" 
* Nalwa Hari Singh, (Ed.), HANDBOOK OF NANOSTRUCTURED MATERIALS AND NANOTECHNOLOGY, Volume 3., Electrical Properties. Academic Press 2000., href="Handbook_of_Nanostructured_Materials_and_Nanotechnology.djvu"
* Nalwa Hari Singh, (Ed.), NANOSTRUCTURED MATERIALS AND NANOTECHNOLOGY, NANOSTRUCTURED MATERIALS, Concise Edition. Academic Press 2002., href="Handbook_of_Nanostructured_Materials_and_Nanotechnology._Concise_Edition.djvu"
* Quinten Michael, OPTICAL PROPERTIES OF NANOPARTICLE SYSTEMS: MIE AND BEYOND. Wiley-2011., href="Optical_Properties_of_Nanoparticle_Systems.djvu"
* van Vugt Lambert K., OPTICAL PROPERTIES OF SEMICONDUCTING NANOWIRES. PhD thesis 2007., href="Optical_Properties_of_Semiconducting_Nanowires.djvu"
* Rogers John A., Lee Hong H., UNCONVENTIONAL NANOPATTERNING ECHNIQUES AND APPLICATIONS. John Wiley 2009., href="Unconventional_Nanopatterning_Techniques.djvu"
* Lindberg Jari, ELECTROMAGNETIC FIELDS IN NANOSCALE STRUCTURES: EFFECTS OF POLARIZATION AND SPATIAL COHERENCE. Doctoral Dissertation, Helsinki University of Technology, 2007., href="Electromagnetic_Fields_In_Nanoscale_Structures.djvu"
* Michailov Michail, (Ed., NANOPHENOMENA AT SURFACES, Fundamentals of Exotic Condensed Matter Properties. Springer 2011., href="Nanophenomena_at_Surfaces.djvu"
* Wong H.-S. Philip, CARBON TUBE AND GRAPHENE DEVICE PHYSICS. Cambridge University Press 2011., href="Carbon_Nanotube.djvu"
* Jena Purusottam, Castleman A. Welford,Jr., (Eds.), NANOSTRUCTURES: A BRIDG ACROSS DISCIPLINES. Elsevier 2010., href="nanoclusters.djvu"
* Sattler Klaus D., (Ed.), HANDBOOK OF NANOPHYSICS. NANOTUBES AND NANOWIRES. CRC Press 2011., href="Handbook_of_nanophysics._Nanotubes_and_nanowires.djvu"
* Sattler Klaus D., (Ed.), HANDBOOK OF NANOPHYSICS. PRINCIPLES AND METHODS. CRC Press 2011., href="Handbook_of_Nanophysics_Principles_and_Methods.djvu"
* Quinten Michael, OPTICAL PROPERTIES OF NANOPARTICLE SYSTEMS: Mie and Beyond. Wiley-2011.,href="Optical_Properties_of_Nanoparticle_Systems.djvu"
* Nazarov Alexei, Colinge J.-P., Balestra Francis, Raskin Jean-Pierre, Gamiz Francisco, Lysenko V.S., (Eds.), SEMICONDUCTOR-ON-INSULATOR MATERIALS FOR NANOELECTRONICS APPLICATIONS. Springer 2011., href="Semiconductor-On-Insulator_Materials.djvu"
* Lasagni Fernando A., Lasagni Andres F., (Eds.), FABRICATION AND CHARACTERIZATION IN THE MICRO-NANO RANGE. New Trends for Two and Three Dimensional Structures. Springer 2011., href="Fabrication_and_Characterization_in_the_Micro_Nano_Range.djvu"
* Heiss W. Dieter,(Ed.), QUANTUM DOTS: A DOORWAY TO NANOSCALE PHYSICS. Springer 2005., href="Quantum_Dots_a_Doorway_to_Nanoscale..djvu"
* Merhari Lhadi, (Ed.), HYBRID NANOCOMPOSITES FOR NANOTECHNOLOGY ELECTRONIC, OPTICAL, MAGNETIC AND BIOMEDICAL APPLICATIONS. Springer 2009., href="Hybrid_Nanocomposites_for_Nanotechnology_Electronic_Optical.djvu"  
* Kumer Challa, (Ed.), NANOSTRUCTURED THIN FILMS AND SURFACE. Wiley 2010., href="Nanostructured_Thin_Films.djvu"
* Gatti Antonietta M., Montanari Stefano, NANOPATHOLOGY THE HEALTH IMPACT OF NANOPARTICLES. Pan Stanford Publishing 2008., href="Nanostructures_In_Electronics_And_Photonics.djvu"
* Kawata Satoshi, Shalaev Vladimir M., (Eds.), ADVANCES IN NANO-OPTICS AND NANO-PHOTONICS. TIP ENHANCEMENT. Elsevier 2007., href="Tip_Enhancement__Advances_in_Nano_Optics.djvu"
* Decher G., Schlenoff J.B., (Eds.), MULTILAYER THIN FILMS SEQUENTIAL ASSEMBLY OF NANOCOMPOSITE MATERIALS. Wiley-2003., href="Multilayer_Thin_Films.djvu" 
* Steiner Todd, (Ed.), SEMICONDUCTOR NANOSTRUCTURES FOR OPTOELECTRONIC APPLICATIONS. Artech House, Inc., 2004., href="Semiconductor_Nanostructures.djvu"
* Tominaga J., Tsai D.P., (Eds.), OPTICAL NANOTECHNOLOGIES. THE MANIPULATION OF SURFACE  AND LOCAL PLASMONS. Springer- 2003., href="Optical_Nanotechnologies.djvu" 
* Whitehouse D.J., HANDBOOK OF SURFACE AND NANOMETROLOGY. LLC 2011., href="handbook_of_surface_and_nanometrology_2011.djvu"
* Gao Wei, PRECISION NANOMETROLOGY. Sensors and Measuring Systems for Nanomanufacturing. Springer 2010., href="Precision_Nanometrology.djvu"
* Maradudin Alexei A., (ed.), LIGHT SCATTERING AND NANOSCALE SURFACE ROUGHNESS. Springer 2007., href="Light_Scattering.djvu" 
* Bush Stephen F., NANOSCALE COMMUNICATION NETWORKS. Artech House 2010., href="Nanoscale_Communication_Networks.djvu"
* Takagahara T., (Ed.), QUANTUM COHERENCE, CORRELATION AND DECOHERENCE IN SEMICONDUCTOR NANOSTRUCTURES. Elsevier Science 2003., href="Quantum_Coherence_Correlation.djvu"
* Ohya Masanori, Volovich Igor, MATHEMATICAL FOUNDATIONS OF QUANTUM INFORMATION AND COMPUTATION AND ITS APPLICATIONS TO NANO- AND BIO-SYSTEMS. Springer 2011., href="Mathematical_Foundations_of_Quantum_Information.djvu"
* Iniewski Krzysztof, (Ed.), NANOELECTRONICS NANOWIRES, MOLECULAR ELECTRONICS, AND NANODEVICES. The McGraw-Hill Companies 2011., href="Nanoelectronics_Nanowires_Molecular_Electronics.djvu"

{_Ã OPTICAL AND OPTOELECTRONIC MATERIAL
* Capper Peter ,Mauk Michael, (Eds.), LIQUID PHASE EPITAXY OF ELECTRONIC, OPTICAL AND OPTOELECTRONIC MATERIALS. John Wiley 2007., href="Liquid_Phase_Epitaxy.djvu"
* Maugin Gerard A., NONLINEAR WAVES IN ELASTIC CRYSTALS. Oxford University Press 1999., href="Nonlinear_Waves_in_Elastic_Crystals.djvu"
* Blinov Lev M., STRUCTURE AND PROPERTIES OF LIQUID CRYSTALS. Springer-2011., href="Structure_and_Properties_of_Liquid_Crystals.djvu"
* Suryanarayana C., Inoue A., BULK METALLIC GLASSES. CRC Press 2011., href="Bulk_Metallic_Glasses.djvu"
* Bube Richard H., ELECTRONIC PROPERTIES OF CRYSTALLINE SOLIDS. An Introduction To Fundamentals. Academic Press 1974., href="Electronic_Properties_of_Crystalline_Solids__An_Introduction_to_Fundamentals.djvu"
* Yi Liu, Sellmyer David J., Shindo Daisuke, (Eds.), HANDBOOK OF ADVANCED MAGNETIC MATERIALS. Springer 2006., href="Handbook_of_Advanced_Magnetic_Materials.djvu"
* Kossut Jacek, Gaj Jan A., (Eds.), INTRODUCTION TO THE PHYSICS OF DILUTED MAGNETIC SEMICONDUCTORS. Springer-2010., href="Introduction_to_the_Physics_of_Diluted_Magnetic_Semiconductors.djvu"
* Zvezdin A.K, Kotov V.A, MODERN MAGNETOOPTICS AND MAGNETOOPTICAL MATERIALS. lOP Publishing Ltd 1997., href="Modern_Magnetooptics_and_Magnetooptical_Materials.djvu"
* Gantmakher V.F., Levinson Y.B., CARRIER SCA lTERING IN METALS AND SEMICONDUCTORS. Elsevier 1987., href="Carrier_scattering_in_metals_and_semiconductors.djvu"
* Manasreh M.O., III-NITRIDE SEMICONDUCTORS: ELECTRICAL, STRUCTURAL AND DEFECTS PROPERTIES. CRC 2002., href="Ill-nitride_semiconductor.djvu"
* Dusek Karel, Joanny Jean-Francois, (Eds.), POLYMER CHARACTERIZATION. Rheology, Laser Interferometry, Electrooptics. Springer 2010., href="Polymer_Characterization.djvu"
* Martienssen W., Warlimont H., (Eds.), HANDBOOK SPRINGER OF CONDENSED MATTER AND MATERIALS DATA. Springer 2006., href="Handbook_Springer_of_Condensed_Matter_and_Materials_Data.djvu"
* Huff H.R., Gilmer D.C.,(Eds.), HIGH DIELECTRIC CONSTANT MATERIALS VLSI MOSFET APPLICATIONS. Springer 2005., href="High_Dielectric_Constant_Materials.djvu"   
* Lok C., Lew Yan Voon, ELECTRONIC AND OPTICAL PROPERTIES OF SEMICONDUCTORS: A STUDY BASED ON THE EMPIRICAL TIGHT BINDING MODEL.A Thesis Degree of Doctor of Philosophy 1963., href="Binding_Model.djvu" 
* Lechleiter Armin, FACTORIZATION METHODS FOR PHOTONICS AND ROUGH SURFACES. Impressum 2008., href="Factorization_methods.djvu" 
* Willardson R.K., Beer Albert C., (Eds.), SEMICONDUCTORS AND SEMIMETALS. Optical Properties of 111-V Compounds. Volume 3. Academic Press 1967., href="Semiconductors_and_Semimetals__Vol_3_Optical_Properties_of_III_IV_Compounds.djvu"
* Sickafus Kurt E., Kotomin Eugene A., Uberuaga Blas P., (Eds.), RADIATION EFFECTS IN SOLIDS. Springer, 2006., href="Radiation_Effects_in_Solids.djvu" 
* Zhizhin G.N., Mukhtarov E.,  OPTICAL SPECTRA AND LATTICE DYNAMICS OF MOLECULAR CRYSTALS. Elsevier Science 1995., href="Optical_Spectra_and_Lattice.djvu" 
* Poole Charles P. Jr., (Ed.), ENCYCLOPEDIC DICTIONARY OF CONDENSED MATTER PHYSICS VOLUME 1. Elsevier 2004., href="Encyclopedic_Dictionary_of_Condensed_Matter_Physics.djvu"
* 
{_Ã THIN FILMS
* Luth Hans, SOLID SURFACES, INTERFACES AND THIN FILMS. Springer 1993/1995/2001/2010, href="Solid_Surfaces_Interfaces_and_Thin_Films.djvu"
* Macleod H. Angus, THIN-FILM OPTICAL FILTERS. Fourth Edition. CRC Press 2010., href="Thin-Film_Optical_Filters.djvu"
* Herman Warren N., Flom Steven R., Foulger Stephen H., (Eds.), ORGANIC THIN FILMS FOR PHOTONIC APPLICATIONS. American Chemical Society 2010., href="Organic_Thin_Films_for_Photonic.djvu"
* Decher G., Schlenoff J.B., (Eds.), MULTILAYER THIN FILMS SEQUENTIAL ASSEMBLY OF NANOCOMPOSITE MATERIALS. Wiley-2003., href="Multilayer_Thin_Films.djvu" 
* Herman Warren N., Flom Steven R., Foulger Stephen H., (Eds.), ORGANIC THIN FILMS FOR PHOTONIC APPLICATIONS.  American Chemical Society 2010., href="Organic_Thin_Films.djvu" 
* Shalaev Vladimir M., nonlinear_optics_OF_RANDOM_MEDIA.Fractal Composites and Metal-Dielectric Films. Springer 1999., href="nonlinear_optics_of_Random_Media.djvu" 
* Rubahn Horst-Gunter, Sitter Helmut, Horowitz G., Al-Shameryá K., (Eds.), INTERFACE CONTROLLED ORGANIC THIN FILMS. Springer 2009., href="Interface_Controlled_Organic_Thin_Films.djvu" 

{_Ã POLARIZE
* Kirschner J., POLARIZED ELECTRONS AT SURFACES. Springer Tracts in Modern Physics 106/1985, href="Polarized_Electrons_at_Surfaces.djvu"
* Kumar Arun, Ghatak Ajoy, POLARIZATION OF LIGHT WITH APPLICATIONS IN OPTICAL FIBERS. SPIE 2011., href="Polarization_of_light_with_applications_in_optical_fibers.djvu"
* Collett Edward, FIELD GUIDE TO POLARIZATION. Spie 2005., href="Field_Guide_to_Polarization.djvu"
 
{_Ã RESONANCE
* Kartashova Elena, NONLINEAR RESONANCE ANALYSIS. Theory, Computation, Applications. Cambridge University Press 2010., href="Resonance.djvu"
* Robitaille Pierre-Marie, Berliner Lawrence, ULTRA HIGH FIELD MAGNETIC RESONANCE IMAGING. Volume 26. Springer 2006., href="Ultra_High_Field_Magnetic_Resonance.djvu" 
* Kajfez Darko, Guillon Pierre, (Eds.), DIELECTRIC RESONATORS. Noble 1998., href="Dielectric_Resonators.djvu" 
* Chremmos Ioannis, Schwelb Otto, Uzunoglu Nikolaos, (Eds.), PHOTONIC MICRORESONATOR RESEARCH AND APPLICATIONS.  Springer 2010., href="Photonic_Microresonator_Research_and_Applications.djvu"
 
{_Ã IMAGING
* Pennycook Stephen J., Nellist Peter D., (Eds.), SCANNING TRANSMISSION ELECTRON MICROSCOPY. Imaging and Analysis. Springer 2011., href="Scanning_Transmission_Electron_Microscopy.djvu"
* Robitaille Pierre-Marie, Berliner Lawrence, ULTRA HIGH FIELD MAGNETIC RESONANCE IMAGING. Volume 26. Springer 2006., href="Ultra_High_Field_Magnetic_Resonance.djvu" 
* Javidi Bahram, (Ed.), OPTICAL IMAGING SENSORS AND SYSTEMS FOR HOMELAND SECURITY APPLICATIONS SYSTEMS FOR HOMELAND SECURITY APPLICATIONS. Springer 2006., href="Optical_Imaging_Sensors.djvu"
* Liang Rongguang, OPTICAL DESIGN FOR BIOMEDICAL IMAGING. SPIE 2010., href="Optical_Design_for_Biomedical_Imaging.djvu"
* Wong Alfred Kwok-Kit, OPTICAL IMAGING IN PROJECTION MICROLITHOGRAPHY. SPIE 2005.,href="Optical_Imaging_in_Projection_Microlithography.djvu"
* Setou Mitsutoshi, (Ed.), IMAGING MASS SPECTROMETRY. Protocols for Mass Microscopy. Springer 2010., href="Imaging_Mass_Spectrometry.djvu"
* Vollmer Michael, Mollmann Klaus-Peter, INFRARED THERMAL IMAGING. Fundamentals, Research and Applications. Wiley-2010., href="Infrared_Thermal_Imaging.djvu"
* Bock Wojtek J., Gannot Israel, Tanev Stoyan, (Eds.), OPTICAL WAVEGUIDE SENSING AND IMAGING. Springer 2008., href="Optical_Waveguide_Sensing_and_Imaging.djvu"
* Ferraro Pietro, Wax Adam, Zalevsky Zeev, (Eds.), COHERENT LIGHT MICROSCOPY. Imaging and Quantitative Phase Analysis. Springer 2011., href="Coherent_Light_Microscopy.djvu"

{_Ã PHYSICS.Theory Optics.
* Potz Walter, Fabian Jaroslav, Hohenester Ulrich, (Eds.), MODERN ASPECTS OF SPIN PHYSICS. Springer-2007., href="Modern_Aspects_of_Spin_Physics.djvu"
* Sears Francis Weston, OPTICS. Principles Of Physics Series 1949/1951, href="Sears--Optics(1949).djvu"
* Stahl A., Balslev I., ELECTRODYNAMICS OF THE SEMICONDUCTOR BAND EDGE. Springer-1987., href="Electrodynamics_of_the_Semiconductor_Band_Edge.djvu"
* Kulish Victor V., (Ed.), HIERARCHICAL METHODS. Kluwer Academic Publishers 2004., href="Hierarchy_and_Hierarchical_Asymptotic_Methods_in_Electrodynamics_Vol-1.djvu"
* Smirnov Boris M., REFERENCE DATA ON ATOMIC PHYSICS AND ATOMIC PROCESSES. Springer-2008., href="Reference_Data_on_Atomic_Physics.djvu"
* Gray Dwight E., (Ed.), AMERICAN INSTITUTE OF PHYSICS HANDBOOK. Third Edition. McGraw-Hill 1972/1963/1957, href="American_Institute_of_Physics_Handbook.djvu"
* Benenson Walter, Harris John W., Stocker Horst, Lutz Holger, HANDBOOK OF PHYSICS. Springer 2002., href="Handbook_of_Physics.djvu"
* Orloff Jon, (Ed.), HANDBOOK OF CHARGED PARTICLE OPTICS. Second Edition. CRC 2009., href="Handbook_of_Charged_Particle_Optics.djvu"
* Burke Philip G., R-MATRIX THEORY OF ATOMIC COLLISIONS. APPLICATION TO ATOMIC, MOLECULAR AND OPTICAL PROCESSES. Springer 2011., href="R-Matrix.djvu"                                
* Mikhailov Sergey, (Ed.), PHYSICS AND APPLICATIONSOF GRAPHENE - THEORY. InTech 2011., href="Physics_and_Applications_of_Graphene_-_Theory.djvu"
* Hatano Yoshihiko, Katsumura Yosuke, Mozumder A., (Eds.), CHARGED PARTICLE AND PHOTON INTERACTIONS with Matter Recent Advances, Applications, and Interfaces. CRC Press 2011., href="Charged_Particle_and_Photon_Interactions.djvu"
* Hecht Eugene, THEORY AND PROBLEMS OF OPTICS. McGraw-Hill 1975., href="Schaums_Outline_of_Optics.djvu"
* Gbur Gregory J., MATHEMATICAL METHODS FOR MATHEMATICAL METHODS FOR OPTICAL PHYSICS AND ENGINEERING. Cambridge University Press 2011., href="Mathematical_Methods_For_Optical_Physics_And_Engineering.djvu"
* Perlick Volker, RAY OPTICS, FERMAFS PRINCIPLE,AND APPLICATIONS TO GENERAL RELATIVITY. Springer 2000., href="Ray_optics_Fermats_principle.djvu"

{_Ã HANDBOOK. ENCYCLOPEDIA
* Poole Charles P. Jr., (Ed.), ENCYCLOPEDIC DICTIONARY OF CONDENSED MATTER PHYSICS VOLUME 1. Elsevier 2004., href="Encyclopedic_Dictionary_of_Condensed_Matter_Physics.djvu"
* Nalwa Hari Singh, (Ed.), HANDBOOK OF NANOSTRUCTURED MATERIALS AND NANOTECHNOLOGY, Volume 3., Electrical Properties. Academic Press 2000., href="Handbook_of_Nanostructured_Materials_and_Nanotechnology.djvu"
* Nalwa Hari Singh, (Ed.), NANOSTRUCTURED MATERIALS AND NANOTECHNOLOGY, NANOSTRUCTURED MATERIALS, Concise Edition. Academic Press 2002., href="Handbook_of_Nanostructured_Materials_and_Nanotechnology._Concise_Edition.djvu"
* Sattler Klaus D., (Ed.), HANDBOOK OF NANOPHYSICS. NANOTUBES AND NANOWIRES. CRC Press 2011., href="Handbook_of_nanophysics._Nanotubes_and_nanowires.djvu"
* Sattler Klaus D., (Ed.), HANDBOOK OF NANOPHYSICS. PRINCIPLES AND METHODS. CRC Press 2011., href="Handbook_of_Nanophysics_Principles_and_Methods.djvu"
* Yi Liu, Sellmyer David J., Shindo Daisuke, (Eds.), HANDBOOK OF ADVANCED MAGNETIC MATERIALS. Springer 2006., href="Handbook_of_Advanced_Magnetic_Materials.djvu"
* Martienssen W., Warlimont H., (Eds.), HANDBOOK SPRINGER OF CONDENSED MATTER AND MATERIALS DATA. Springer 2006., href="Handbook_Springer_of_Condensed_Matter_and_Materials_Data.djvu"
* Gray Dwight E., (Ed.), AMERICAN INSTITUTE OF PHYSICS HANDBOOK. Third Edition. McGraw-Hill 1972/1963/1957, href="American_Institute_of_Physics_Handbook.djvu"
* Benenson Walter, Harris John W., Stocker Horst, Lutz Holger, HANDBOOK OF PHYSICS. Springer 2002., href="Handbook_of_Physics.djvu"
* Orloff Jon, (Ed.), HANDBOOK OF CHARGED PARTICLE OPTICS. Second Edition. CRC 2009., href="Handbook_of_Charged_Particle_Optics.djvu"
* Palik Edward D., (Ed.),HANDBOOK OF OPTICAL CONSTANTS OF SOLIDS. Set Volumes 1-4. Academic Press 1985/1998., href="Handbook_of_Optical_Constants_of_Solids._Vol_1-4(1985)..djvu"
* Ghosh Gorachand, HANDBOOK OF THERMO-OPTIC COEFFICIENTS OF OPTICAL MATERIALS WITH APPLICATIONS. Academic Press 1998., href="Handbook_of_Thermo-Optic_Coefficients.djvu"
* Whitehouse D.J., HANDBOOK OF SURFACE AND NANOMETROLOGY. LLC 2011., href="handbook_of_surface_and_nanometrology_2011.djvu"
* Vacca John R., OPTICAL NETWORKING BEST PRACTICES HANDBOOK. John Wiley 2007., href="Optical_networking_best_practies_handbook.djvu"
* Hawkins Aaron R., Schmidt Holger, (Eds.), HANDBOOK OF OPTOFLUIDIC. CRC Press 2010., href="Handbook_of_Optofluidics.djvu"
* Kozma David, (Ed.), CRC HANDBOOK OF OPTICAL RESOLUTIONS VIA DIASTEREOMERIC SALT FORMATION. CRC 2002., href="Optical_Resolutions.djvu" 
* Cook David B., HANDBOOK OF COMPUTATIONAL CHEMISTRY. Oxford University Press 1998., href="Handbook_of_Computational_Chemistry.djvu"
* Francoise Jean-Pierre, Naber Gregory L., Tsun Tsou Sheung, (Eds.), ENCYCLOPEDIA OF MATHEMATICAL PHYSICS. Elsevier 2006., href="Encyclopedia_of_mathematical_physics.djvu"
* Ñîéôåð Â.Í., Ñòðóêîâ Á.À., Ãðèáîâ Â.À., (Eds.), ÑÎÂÐÅÌÅÍÍÎÅ ÅÑÒÅÑÒÂÎÇÍÀÍÈÅ: ÝÍÖÈÊËÎÏÅÄÈß: â 10-òè òîìàõ. - Ò. 5. - ÔÈÇÈÊÀ ÊÎÍÄÅÍÑÈÐÎÂÀÍÍÛÕ ÑÐÅÄ. Ìàãèñòð-Ïðåññ, 2000., href="EHSE_T-5_Fizika_kondensirovannykh_red.djvu"
* Ñîéôåð Â.Í., ÁÛÊÎÂÑÊÈÉ Þ.À., ÃÐÈÁÎÂ Â.À., (Eds.), ÑÎÂÐÅÌÅÍÍÎÅ ÅÑÒÅÑÒÂÎÇÍÀÍÈÅ: ÝÍÖÈÊËÎÏÅÄÈß: â 10-òè òîìàõ. - Ò. 7. - ÔÈÇÈÊÀ ÂÎËÍÎÂÛÕ ÏÐÎÖÅÑÑÎÂ. Ìàãèñòð-Ïðåññ, 2001., href="EHSE_T_7_Fizika_Volnovyh_Processov.djvu"

{_Ã PHYSICS.Theory Optics.
* Potz Walter, Fabian Jaroslav, Hohenester Ulrich, (Eds.), MODERN ASPECTS OF SPIN PHYSICS. Springer-2007., href="Modern_Aspects_of_Spin_Physics.djvu"
* Sears Francis Weston, OPTICS. Principles Of Physics Series 1949/1951, href="Sears--Optics(1949).djvu"
* Stahl A., Balslev I., ELECTRODYNAMICS OF THE SEMICONDUCTOR BAND EDGE. Springer-1987., href="Electrodynamics_of_the_Semiconductor_Band_Edge.djvu"
* Kulish Victor V., (Ed.), HIERARCHICAL METHODS. Kluwer Academic Publishers 2004., href="Hierarchy_and_Hierarchical_Asymptotic_Methods_in_Electrodynamics_Vol-1.djvu"
* Smirnov Boris M., REFERENCE DATA ON ATOMIC PHYSICS AND ATOMIC PROCESSES. Springer-2008., href="Reference_Data_on_Atomic_Physics.djvu"
* Gray Dwight E., (Ed.), AMERICAN INSTITUTE OF PHYSICS HANDBOOK. Third Edition. McGraw-Hill 1972/1963/1957, href="American_Institute_of_Physics_Handbook.djvu"
* Benenson Walter, Harris John W., Stocker Horst, Lutz Holger, HANDBOOK OF PHYSICS. Springer 2002., href="Handbook_of_Physics.djvu"
* Orloff Jon, (Ed.), HANDBOOK OF CHARGED PARTICLE OPTICS. Second Edition. CRC 2009., href="Handbook_of_Charged_Particle_Optics.djvu"
* Burke Philip G., R-MATRIX THEORY OF ATOMIC COLLISIONS. APPLICATION TO ATOMIC, MOLECULAR AND OPTICAL PROCESSES. Springer 2011., href="R-Matrix.djvu"                                
* Mikhailov Sergey, (Ed.), PHYSICS AND APPLICATIONSOF GRAPHENE - THEORY. InTech 2011., href="Physics_and_Applications_of_Graphene_-_Theory.djvu"
* Hatano Yoshihiko, Katsumura Yosuke, Mozumder A., (Eds.), CHARGED PARTICLE AND PHOTON INTERACTIONS with Matter Recent Advances, Applications, and Interfaces. CRC Press 2011., href="Charged_Particle_and_Photon_Interactions.djvu"
* Hecht Eugene, THEORY AND PROBLEMS OF OPTICS. McGraw-Hill 1975., href="Schaums_Outline_of_Optics.djvu"
* Gbur Gregory J., MATHEMATICAL METHODS FOR MATHEMATICAL METHODS FOR OPTICAL PHYSICS AND ENGINEERING. Cambridge University Press 2011., href="Mathematical_Methods_For_Optical_Physics_And_Engineering.djvu"
* Perlick Volker, RAY OPTICS, FERMAFS PRINCIPLE,AND APPLICATIONS TO GENERAL RELATIVITY. Springer 2000., href="Ray_optics_Fermats_principle.djvu"
* Brandt S., Dahmen H.D., Stroh T., INTERACTIVE QUANTUM MECHANICS. Quantum Experiments On The Computer. Second Edition, Springer 2011., href="Interactive_Quantum_Mechanics.djvu"
* Dittrich Walter, Reuter Martin, CLASSICAL AND QUANTUM DYNAMICs. From Classical Paths to Path Integrals. Springer- 1992/1994/2001, href="Classical_and_Quantum_Dynamics.djvu"
* Simon Barry, FUNCTIONAL INTEGRATION and QUANTUM PHYSICS. Academic Press 1977., href="Functional_Integration_and_Quantum_Physics.djvu"

{_Ã QUANTUM OPTICS.NONLINEAR OPTICS
* Grynberg Gilbert, Aspect Alain, Fabre Claude, INTRODUCTION TO QUANTUM OPTICS. FROM THE SEMI-CLASSICAL APPROACH TO QUANTIZED LIGHT. Cambridge University Press, 2010., href="Introduction_to_Quantum_Optics.djvu"
* Meystre I.P., ATOM OPTICS. Springer-2001., href="Atom_Optics.djvu"
* Palik Edward D., (Ed.),HANDBOOK OF OPTICAL CONSTANTS OF SOLIDS. Set Volumes 1-4. Academic Press 1985/1998., href="Handbook_of_Optical_Constants_of_Solids._Vol_1-4(1985)..djvu"
* Voelz David G., COMPUTATIONAL FOURIER OPTICS : A MATLAB TUTORIAL. SPIE 2011., href="Computational_fourier_optics.djvu"
* Klyshko David N., PHOTONS AND NONLINEAR OPTICS. Revised and Enlarged Edition. Gordon and Breach Science Publishers 1988., href="Photons_and_nonlinear_optics.djvu"
* Ghosh Gorachand, HANDBOOK OF THERMO-OPTIC COEFFICIENTS OF OPTICAL MATERIALS WITH APPLICATIONS. Academic Press 1998., href="Handbook_of_Thermo-Optic_Coefficients.djvu"
* Yeh Pochi, Gu Claire, (Eds.), LANDMARK PAPERS ON PHOTOREFRACTIVE NONLINEAR OPTICS. World Scientific 1995., href="LANDMARK_PAPERS.djvu" 
* Bloembergen N., NONLINEAR OPTICS. A Lecture Note And Reprint Volume., href="nonlinear_optics_1995.djvu"
* Dutra Sergio M., CAVITY QUANTUM ELECTRODYNAMICS. The Strange Theory of Light in a Box. Wiley 2005., href="Cavity_Quantum_Electrodynamics.djvu" 
* KajZar F., Aeinisch R., (Eds.), BEAM SHAPING AND CONTROL WITH NONLINEAR OPTICS. Kluwer Academic 1998., href="Beam_Shaping.djvu"
* Tang C.L., (Ed.), Methods of Experimental Physics. Volume 15. QUANTUM ELECTRONICS PART A. Academic Press I979., href="Quantum_Electronics.djvu" 
* Mandel Paul, THEORETICAL PROBLEMS IN CAVITY NONLINEAR OPTICS. Cambridge University Press 1997., href="Theoretical_Problems_in_Cavity_nonlinear_optics.djvu" 

{_Ã OPTOELECTRONIC
* Gao Jianjun, OPTOELECTRONIC INTEGRATED CIRCUIT DESIGN AND DEVICE MODELING. Higher Education Press, 2011., href="Optoelectronic_Integrated_Circuit.djvu"
* Steiner Todd, (Ed.), SEMICONDUCTOR NANOSTRUCTURES FOR OPTOELECTRONIC APPLICATIONS. Artech House, Inc., 2004., href="Semiconductor_Nanostructures.djvu"
* Jean-Louis Coutaz, (Ed.)OPTOELECTRONIQUE TERAHERTZ. EDP Sciences 2008., href="Optolectronique_t_rahertz.djvu"
* Mikhailov Sergey, (Ed.), PHYSICS AND APPLICATIONS OF GRAPHENE - EXPERIMENTS. InTech 2011., href="Physics_and_Applications_of_Graphene.djvu" 
* Tominaga J., Tsai D.P., (Eds.), OPTICAL NANOTECHNOLOGIES. THE MANIPULATION OF SURFACE  AND LOCAL PLASMONS. Springer- 2003., href="Optical_Nanotechnologies.djvu" 

{_Ã LASERS
* Duarte F.J., (Ed.), COHERENCE AND ULTRASHORT PULSE LASER EMISSION. InTech 2010. , href="Coherence_and_Ultrashort_Pulse_Laser_Emission.djvu"
* Binh Le Nguyen, Ngo Nam Quoc, ULTRA-FAST FIBER LASERS. Principles and Applications with MATLAB® Models. CRC Press 2011., href="Ultra-Fast_Fiber_lasers.djvu"
* Dusek Karel, Joanny Jean-Francois, (Eds.), POLYMER CHARACTERIZATION. Rheology, Laser Interferometry, Electrooptics. Springer 2010., href="Polymer_Characterization.djvu"
* Boyd Robert W., Lukishova Svetlana G., Shen Y.R., (Eds.), SELF-FOCUSING: PAST AND PRESENT. Fundamentals and Prospects. Springer 2009., href="Self-focusing.djvu"
* Wang Chad S., SHORT-CAVITY DBR LASERS INTEGRATED WITH HIGH-SPEED ELECTROABSORPTION MODULATORS USING QUANTUM WELL INTERMIXING. The dissertation, 2007., href="Short-Cavity_DBR_Lasers.djvu"
* Milonni Peter W., Eberly Joseph H., LASER PHYSICS. John Wiley 2010., href="LASER_PHYSICS.djvu"
* P.A. Bokhan, et al,  LASER ISOTOPE SEPARATION IN ATOMIC VAPOR. Wiley-2006., href="Laser_Isotope_Separation.djvu"
* Rinkevichyus B.S., Evtikhieva O.A.,Raskovskaya I.L., LASER REFRACTOGRAPHY. Springer 2010., href="Laser_Refractography.djvu" 
* Yamamoto Yoshihisa, (Ed.), COHERENCE, AMPLIFICATION, AND QUANTUM EFFECTS IN SEMICONDUCTOR LASERS. Wiley-1990.,href="Coherence_Amplification_and_Quantum_Effects.djvu"
* Koechner Walter, Bass Michael, SOLID-STATE LASERS. A Graduate Text. Springer 2003., href="Solid_State_Lasers-A_Graduate_Text_Advanced_Texts_in_Physics.djvu"
 
{_Ã PHOTO
* Rastogi Ramod K., (Ed.), PHOTOMECHANICS. Springer 2000., href="Photomechanics.djvu"
* Denz Cornelia, Schwab Michael, Weilnau Carsten, TRANSVERSE-PATTERN FORMATION IN PHOTOREFRACTIVE OPTICS. Springer-2003., href="Transverse_Pattern_Formation_in_Photorefractive_Optics__Springer_Tracts_in_Modern_Physics.djvu"
* Kevan S.D., (Ed.), ANGLE-RESOLVED PHOTOEMISSION. Theory and Current Applications. Elsevier 1992., href="Angle-resolved photoemission.djvu"
* Bube Richard H., PHOTOCONDUCTIVITY of SOLIDS, John Wiley 1960., href="Photoconductivity_of_Solids.djvu"
* Yeh Pochi, Gu Claire, (Eds.), LANDMARK PAPERS ON PHOTOREFRACTIVE NONLINEAR OPTICS. World Scientific Publishing 1995., href="Landmark_papers_on_photorefractive_nonlinear_optics.djvu" </h6>
* Schattke Wolfgang, Van Hove Michel A., (Eds.), SOLID-STATE PHOTOEMISSION AND RELATED METHODS. Theory and Experiment. Wiley-2003., href="Solid-State_Photoemission_and_Related_Methods.djvu"
* Nasu K.,(Ed., PHOTOINDUCED PHASE TRANSITIONS. World Scientific Publishing 2004., href="PHOTOINDUCED.djvu" 

{_Ã INTERFERENCE
* Razumovsky Igor A., INTERFERENCE-OPTICAL METHODS OF SOLID MECHANICS. Springer-2011., href="Interference-Optical_Methods_of_Solid_Mechanics.djvu"
* 
{_Ã WAVE
* Royer Daniel, Dieulesaint Eugene, ELASTIC WAVES IN SOLIDS I. Free and Guided Propagation. Springer-2000., href="Elastic_Waves_in_Solids_I.djvu"
* Royer Daniel, Dieulesaint Eugene, ELASTIC WAVES IN SOLIDS II. Generation, Acousto-optic Interaction, Applications., Springer 2000., href="Elastic_Waves_in_Solids_II.djvu"
* Hirshfield Jay L., Petelin Michael I., (Ed.), QUASI-OPTICAL CONTROL OF INTENSE MICROWAVE TRANSMISSION. Spring 2005., href="Quasi-Optical_Control.djvu"
* Jones D.S., METHODS IN ELECTROMAGNETIC WAVE PROPAGATION. Second Edition. John Wiley 1995., href="Methods_in_electromagnetic.djvu"
* Debnath Lokenath,(Ed.), NONLINEAR WAVES. Cambridge University Press 1983., href="Nonlinear_Waves.djvu"
* Ñîéôåð Â.Í., ÁÛÊÎÂÑÊÈÉ Þ.À., ÃÐÈÁÎÂ Â.À., (Eds.), ÑÎÂÐÅÌÅÍÍÎÅ ÅÑÒÅÑÒÂÎÇÍÀÍÈÅ: ÝÍÖÈÊËÎÏÅÄÈß: â 10-òè òîìàõ. - Ò. 7. - ÔÈÇÈÊÀ ÂÎËÍÎÂÛÕ ÏÐÎÖÅÑÑÎÂ. Ìàãèñòð-Ïðåññ, 2001., href="EHSE_T_7_Fizika_Volnovyh_Processov.djvu"
* Bock Wojtek J., Gannot Israel, Tanev Stoyan, (Eds.), OPTICAL WAVEGUIDE SENSING AND IMAGING. Springer 2008., href="Optical_Waveguide_Sensing_and_Imaging.djvu"
* Kurz Thomas, Parlitz Ulrich, Kaatze Udo, (Eds.), OSCILLATIONS, WAVES AND INTERACTIONS.  Universitatsverlag Gottingen 2007., href="Oscillations_Waves_and_Interactions.djvu"  
* Cronin Nigel J., MICROWAVE AND OPTICAL WAVEGUIDES. Institute of Physics Publishing 1995., href="Microwave_and_Optical_Waveguides.djvu" 
* Pal Bishnu P., (Ed.), GUIDED WAVE OPTICAL COMPONENTS AND DEVICES. Basics, Technology, and Applications. Elsevier 2006., href="Guided_Wave.djvu"
* Bulatsyk Olena O., Katsenelenbaum Boris Z., Topolyuk Yury P., Voitovich Nikolai N., PHASE OPTIMIZATION PROBLEMS. Applications in Wave Field Theory. Wiley-2010., href="Phase_Optimization_Problems.djvu" 
* Bonilla Luis L., Teitsworth Stephen W., NONLINEAR WAVE METHODS FOR CHARGE TRANSPORT. Wiley-2010., href="Nonlinear_Wave_Methods_for_Charge_Transport.djvu"

{_Ã LUMINESCENT
* Blasse G., Grabmaier B.C., LUMINESCENT MATERIALS. Springer 1994., href="Luminescent_Materials.djvu"
* Kitai Adrian, LUMINESCENT MATERIALS AND APPLICATIONS. John Wiley - 2008., href="Luminescent_Materials_and_Applications-Wiley(2008).djvu"
* Leverenz Humboldt W., AN INTRODUCTION TO LUMINESCENCE OF SOLIDS. John Wiley 1950, href="Introduction_to_Luminescence.djvu"
* Yukihara Eduardo G., Mckeever Stephen W.S., OPTICALLY STIMULATED LUMINESCENCE. Fundamentals and Applications. A John Wiley 2011., href="Optically_Stimulated_Luminescence.djvu"
* Mueller Gerd, (Ed.), ELECTROLUMINESCENCE II. Semiconductors and Semimetals,Volume 65. Academic Press 2000., href="Electroluminescence_II.djvu" 
* Valeur Bernard, MOLECULAR FLUORESCENCE. PRINCIPLES AND APPLICATIONS. Wiley 2002., href="Molecular_Fluorescence.djvu" 
* Geddes Chris D., Lakowicz Joseph R., (Eds.), REVIEWS IN FLUORESCENCE 2006. Springer 2006., href="Reviews_in_Fluorescence_2006.djvu"

{_Ã LIGHT
* Terhalle Bernd, CONTROLLING LIGHT IN OPTICALLY INDUCED PHOTONIC LATTICES. Doctoral Thesis. Springer 2011., href="Controlling_Light_in_Optically_Induced_Photonic_Lattices.djvu"
* Karam P. Andrew, Stein Ben P., LIGHT AND SOUND. Infobase Publishing 2011., href="Science_Foundations--Light_and_Sound.djvu"
* Hanv M.Y., A STORY OF LIGHT. An Introduction to Quantum Field Theory of Quarks and Leptons. World Scientific Publishing 2004., href="A_Story_of_Light.djvu"
* Mullen Klaus, Scherf Ullrich, (Eds.), ORGANIC LIGHT EMITTING DEVICES. Synthesis, Properties and Applications. WILEY-2006., href="Organic_Light_Emitting_Devices.djvu"
* Premaratne Malin, Agrawal Govind P., LIGHT PROPAGATION IN GAIN MEDIA. Optical Amplifiers. Cambridge University Press 2011., href="Light_Propagation_In_Gain_Media.djvu"
* Kitsinelis Spiros, LIGHT SOURCES. Technologies and Application. CRC 2011., href="Light_Sources--Technologies_and_Applications.djvu"
* Kavokin Alexey V., Baumberg Jeremy J., Malpuech Guillaume, Laussy Fabrice P., MICROCAVITIES. Oxford University Press 2007., href="Microcavities.djvu" 

{_Ã ADVANCES IN ATOMIC, MOLECULAR, AND OPTICAL PHYSICS
* Marton L., (Ed.), ADVANCES IN ELECTRONICS AND ELECTRON PHYSICS. Academic Press 1969., href="Advances_in_Electronics_and_Electron_Physics_28B.djvu"
* Hawkes Peter W., Morgan B.L.,(Eds.), ADVANCES IN ELECTRONICS AND ELECTRON PHYSICS, VOLUME 74., PHOTO-ELECTRONIC IMAGE DEVICES. Academic Press 1988., href="Advances_in_Electronics_and_Electron_Physics_74.djvu"
* Bederson Benjamin, Walther Herbert, (Eds.), ADVANCES IN ATOMIC, MOLECULAR, AND OPTICAL PHYSICS. Volume 43., Academic Press 2000., href="Adv_Atomic_v43.djvu"
* Bates Sir David, Bederson Benjamin, (Eds.), ADVANCES IN ATOMIC, MOLECULAR, AND OPTICAL PHYSICS. Volume 28., Academic Press 1991., href="Advances_in_Atomic_Molecular_and_Optical_Physics._Vol_28.djvu"
* E. Wolf, (Ed.), PROGRESS IN OPTICS VOLUME XXI. ELSEVIER 1984., href="E.Wolf-Progress_in_Optics_Volume_21.djvu"

{_Ã DEVICES
* Walker Bruce H., OPTICAL DESIGN for VISUAL SYSTEMS. The SPIE 2000., href="Optical_Design_for_Visual_Systems.djvu"
* Piprek Joachim, (Ed.), NITRIDE SEMICONDUCTOR DEVICES. Principles and Simulation. WILEY-2007., href="Nitride_Semiconductor_Devices.djvu"
* Rossi Fausto, THEORY OF SEMICONDUCTOR QUANTUM DEVICES. Microscopic Modeling and Simulation Strategies. Springer 2011., href="Theory_of_Semiconductor_Quantum_Devices.djvu"
* Sergiyenko Oleg, (Ed.), OPTOELECTRONIC DEVICES AND PROPERTIES. InTech 2011., href="Optoelectronic_Devices_and_Properties.djvu" 
* 
{_Ã MICROLITHOGRAPHY
* Suzuki Kazuaki, Smith Bruce W., (Eds.), MICROLITHOGRAPHY: SCIENCE AND TECHNOLOGY. CRC Press 2007., href="microlithography.djvu"
* Bakshi Vivek, EUV SOURCES FOR LITHOGRAPHY. SPIE 2006., href="EUV_Sources_for_Lithography.djvu"
* 
{_Ã GEOMETRICAL OPTICS
* Nye J.F., NATURAL FOCUSING AND FINE STRUCTURE OF LIGHT CAUSTICS AND WAVE DISLOCATIONS. IOP Publishing 1999., href="Natural_focusing_and_fine_structure_of_light.djvu"
* Inselberg Alfred, VISUAL MULTIDIMENSIONAL GEOMETRY AND ITS APPLICATIONS. Springer 2009., href="Parallel_Coordinates.djvu"
* Tyson Robert K., PRINCIPLES OF ADAPTIVE OPTICS. CRC Press 2011., href="Principles_of_Adaptive_Optics.djvu" 

{_Ã OPTICAL MEASUREMENTS
* Haus Hermann A., ELECTROMAGNETIC NOISE AND QUANTUM OPTICAL MEASUREMENTS. Springer 2000., href="Electromagnetic.djvu"
* Linne Mark A., SPECTROSCOPIC MEASUREMENT. An Introduction to the Fundamentals. Academic Press 2002., href="Spectroscopic_Measurement.djvu" 
* Leach Richard, (Ed.), OPTICAL MEASUREMENT OF SURFACE TOPOGRAPHY. Springer 2011., href="Optical_Measurement_of_Surface_Topography.djvu" 
* Stover John C., OPTICAL SCATTERING MEASUREMENT AND ANALYSIS. Second edition. SPIE 1995., href="Optical_Scattering.djvu"
* Kumar P., D'Ariano G.M., Hirota O., (Eds.), QUANTUM COMMUNICATION, COMPUTING, AND MEASUREMENT 2. Kluwer Academic 2000., href="Quantum-Communication_Computing_and_Measurement_2.djvu"
* Tombesi Paolo, Hirota Osamu, (Eds.), QUANTUM COMMUNICATION, COMPUTING, AND MEASUREMENT 3. Capri, Italy, July 3/8 2000., href="Quantum_Communication_3.djvu"
* Whitehouse D.J., HANDBOOK OF SURFACE AND NANOMETROLOGY. LLC 2011., href="handbook_of_surface_and_nanometrology_2011.djvu"
* Gao Wei, PRECISION NANOMETROLOGY. Sensors and Measuring Systems for Nanomanufacturing. Springer 2010., href="Precision_Nanometrology.djvu"

{_Ã OPTICAL NETWORK COMMUNICATIONS
* Kazovsky Leonid G., Cheng Ning, Shaw Wei-Tao, Gutierrez David, Wong Shing-Wa, BROADBAND OPTICAL ACCESS NETWORKS. A John Wiley 2011., href="Broadband_Optical_Access_Networks.djvu"
* Kondoz Ahmet, VISUAL MEDIA CODING AND TRANSMISSION. Wiley 2009., href="Visual_Media_Coding_and_Transmission.djvu"
* Kumar Shiva, (Ed.), IMPACT OF NONLINEARITIES ON FIBER OPTIC COMMUNICATIONS. Springer 2011., href="Impact_of_Nonlinearities_on_Fiber.djvu"
* Vacca John R., OPTICAL NETWORKING BEST PRACTICES HANDBOOK. John Wiley 2007., href="Optical_networking_best_practies_handbook.djvu"
* Bouchet Olivier, Sizun Herve, Boisrobert Christian, de Fornel Frederique, Favennec Pierre-Noel, FREE-SPACE OPTICS. Propagation and Communication. ISTE 2006., href="Free-Space_Optics.djvu"
* Shepard Steven, OPTICAL NETWORKING CRASH COURSE. McGraw-Hill 2001., href="Optical_Networking_Crash_Course.djvu"
 
{_Ã OPTICAL REMOTE SENSING.
* Prasad Saurabh, Bruce Lori M., Chanussot Jocelyn, (Eds.), OPTICAL REMOTE SENSING. Advances in Signal Processing and Exploitation Techniques. Springer 2011., href="optical_remote_sensing_2011.djvu"

{_Ã X-RAY
* Waseda Yoshio, Matsubara Eiichiro, Shinoda Kozo, X-RAY DIFFRACTION CRYSTALLOGRAPHY. Introduction, Examples and Solved Problems. Springer 2011., href="X-Ray_Diffraction_Crystallography.djvu"
* Garratt-Reed A.J., Bell D.C., ENERGY-DISPERSIVE X-RAY ANALYSIS IN THE ELECTRON MICROSCOPE. BIOS 2003. , href="Energy-Dispersive.djvu"
 
{_Ã SCATTERING
* Cakoni Fioralba, Colton David, QUALITATIVE METHODS IN INVERSE SCATTERING THEORY. An Introduction. Springer-2006., href="Qualitative_Methods_in_Inverse_Scattering_Theory.djvu"
* Whelan Colm T., Mason Nigel J., (Eds.), ELECTRON SCATTERING FROM ATOMS, MOLECULES, NUCLEI, AND BULK MATTER. Kluwer Academic 2005., href="Electron_Scattering.djvu"
* Truhlar Donald G., Simon Barry, (Eds.), MULTIPARTICLE QUANTUM SCATTERING WITH APPLICATIONS TO NUCLEAR, ATOMIC AND MOLECULAR PHYSICS. Springer - 1997., href="Multiparticle_Quantum_Scattering.djvu"
* Berne Bruce J., Pecora Robert, DYNAMIC LIGHT SCATTERING WITH APPLICATIONS TO CHEMISTRY, BIOLOGY, AND PHYSICS. Wiley - 1976., href="Dynamic_Light_scattering.djvu"
* Mishchenko Michael I., Travis Larry D., Lacis Andrew A., SCATTERING, ABSORPTION, AND EMISSION OF LIGHT BY SMALL PARTICLES. NASA 2002., href="Scattering_Absorption_and_Emission_of_Light.djvu"
* Stover John C., OPTICAL SCATTERING MEASUREMENT AND ANALYSIS. Second edition. SPIE 1995., href="Optical_Scattering.djvu"
* Borghese F., Denti P., Saija R., SCATTERING FROM MODEL NONSPHERICAL PARTICLES. Theory and Applications to Environmental Physics. Springer 2007., href="Scattering_from_Model_Nonspherical_Particles.djvu" 
* Bohren Craig F., Huffman Donald R., ABSORPTION AND SCATTERING OF LIGHT BY SMALL PARTICLES. Wiley 1998., href="Absorption_and_Scattering.djvu" 
* Nussenzveig H.M., DIFFRACTION EFFECTS IN SEMICLASSICAL SCATTERING. Cambridge University Press 1992., href="Diffraction_Effectsction.djvu" 
* Maradudin Alexei A., (ed.), LIGHT SCATTERING AND NANOSCALE SURFACE ROUGHNESS. Springer 2007., href="Light_Scattering.djvu" 
* Ishimaru Akira, WAVE PROPAGATION AND SCATTERING IN RANDOM MEDIA, Vol 1. Academic Press 1978., href="Wave_Propagation_and_Scattering_in_Random_Media_1.djvu" 
* Ishimaru Akira, WAVE PROPAGATION AND SCATTERING IN RANDOM MEDIA, Vol 2. Academic Press 1978., href="Wave_Propagation_and_Scattering_in_Random_Media_2.djvu" 
* Potylitsyn A.P., ELECTROMAGNETIC RADIATION OF ELECTRONS IN PERIODIC STRUCTURES. Springer-2011., href="Electromagnetic_Radiation_of_Electrons_in_Periodic_Structures.djvu"
* Omar Abbas, ELECTROMAGNETIC SCATTERING AND MATERIAL CHARACTERIZATION. Artech House 2011., href="Electromagnetic_Scattering_and_Material_Characterization.djvu"

{_Ã QUANTUM Communication
* Gazeau Jean-Pierre, COHERENT STATES IN QUANTUM PHYSICS. Wiley-2009., href="Coherent_States_in_Quantum_Physics.djvu"
* Heiss Dieter, (Ed.), FUNDAMENTALS OF QUANTUM INFORMATION. Quantum Computation, Communication, Decoherence. Springer 2002., href="Fundamentals_of_Quantum_Information.djvu"
* Bru Dagmar, Leuchs Gerd, (Eds.), LECTURES ON QUANTUM INFORMATION. Wiley-2007., href="Lectures_on_Quantum_Information.djvu"
* Chen Goong, Kauffman Louis, Lomonaco Samuel J., (Eds.), MATHEMATICS OF QUANTUM COMPUTATION AND QUANTUM TECHNOLOGY. CRC 2008., href="mathematics_of_quantum_computation_2008.djvu"
* Bush Stephen F., NANOSCALE COMMUNICATION NETWORKS. Artech House 2010., href="Nanoscale_Communication_Networks.djvu"
* Oliveira Ivan S., Bonagamba Tito J., Sarthour Roberto S. et al., NMR QUANTUM INFORMATION PROCESSING. Elsevier-2007., href="NMR_Quantum_Information_Processing.djvu"
* Yariv Amnon, Yeh Pochi, PHOTONICS. Optical Electronics in Modern Communications. Sixth Edition. Oxford University Press 2007., href="PHOTONICS.Optical_Electronics.djvu"
* Gazeau Jean-Pierre, Nesetril Jaroslav, Rovan Branislav, (Eds.), PHYSICS AND THEORETICAL COMPUTER SCIENCE. From Numbers and Languages to (Quantum) Cryptography. IOS Press - 2007., href="Physics_and_Theoretical_Computer_Science.djvu"
* Kumar P., D'Ariano G.M., Hirota O., (Eds.), QUANTUM COMMUNICATION, COMPUTING, AND MEASUREMENT 2. Kluwer Academic 2000., href="Quantum-Communication_Computing_and_Measurement_2.djvu"
* Accardi L., Freudenberg W., Ohya M., (Eds.), QUANTUM BIO•INFORMATICS II. From Quantum Information to Bio-Informatics. World Scientific Publishing 2009., href="Quantum_Bio-Informatics.djvu"
* Tombesi Paolo, Hirota Osamu, (Eds.), QUANTUM COMMUNICATION, COMPUTING, AND MEASUREMENT 3. Capri, Italy, July 3/8 2000., href="Quantum_Communication_3.djvu"
* Pavicic Mladen, QUANTUM COMPUTATION AND QUANTUM COMMUNICATION: Theory and Experiments. Springer 2006., href="Quantum_Computation_and_Quantum_Communication.djvu"
* Nielsen Michael A., Chuang Isaac L., QUANTUM COMPUTATION AND QUANTUM INFORMATION. Cambridge University Press 2000., href="Quantum_Computation_and_Quantum_Information.djvu"
* Stoke Joachim, Suter Dieter, QUANTUM COMPUTING. A Short Course from Theory to Experiment. Wiley 2004.,href="Quantum_Computing.djvu"
* Hida T., Saito K., (Eds.), QUANTUM INFORMATION III. Proceedings of the Third International Conference. Japan 7/10 March 2000. World Scientific 2000., href="Quantum_Information_III.djvu"
* Leuchs Gerd, Beth Thomas, (Eds.), QUANTUM INFORMATION PROCESSING. Wiley- 2004., href="Quantum_Information_Processing.djvu"
* Zeng Guihua, QUANTUM PRIVATE COMMUNICATION. Springer 2010., href="Quantum_Private_Communication.djvu"
* Schumacher Benjamin, Westmoreland Michael D., QUANTUM PROCESSES, SYSTEMS, AND INFORMATION., href="Quantum_Processes_Systems_and_Information.djvu"
* Shive John N., Weber Robert L., SIMILARITIES IN PHYSICS. A Wiley-1982., href="Similarities_in_physics.djvu"
* Bruning E., Petruccione F., (Eds.), THEORETICAL FOUNDATIONS OF QUANTUM INFORMATION. Processing and Communication. Selected Topics. Springer 2010., href="Theoretical_Foundations_of_Quantum_Information.djvu"
* Vivien Wim van Dam, Kendon M., Severini Simone, (Eds.), THEORY OF QUANTUM COMPUTATION, COMMUNICATION, AND CRYPTOGRAPHY. 5th Conference, TQC 2010., Springer-2011., href="Theory_of_Quantum_Computation_.djvu"
 
{_Ã QUANTUM_INFORMATION_AND_COMPUTING
* Le Bellac Michel,  A SHORT INTRODUCTION TO QUANTUM INFORMATION AND QUANTUM COMPUTATION. Cambridge University Press 2006., href="A_Short_Introduction_to_Quantum_Information_and_Quantum_Computation.djvu"
* Werth G., Gheorghe V.N., Major F.G., CHARGED PARTICLE TRAPS II. Applications. Springer 2009., href="Charged_Particle_Traps_II.djvu"
* Desurvire Emmanuel, CLASSICAL AND QUANTUM INFORMATION THEORY. An Introduction for the Telecom Scientist. Cambridge University Press 2009., href="Classical_and_Quantum_Information_Theory.djvu"
* Akulin V.M., Sarfati A., Kurizki G., Pellegrin S., (Eds.), DECOHERENCE, ENTANGLEMENT AND INFORMATION PROTECTION IN COMPLEX QUANTUM SYSTEMS. Springer 2005., href="Decoherence_Entanglement_and_Information_Protection.djvu"
* Everitt Henry O., (Ed.), EXPERIMENTAL ASPECTS OF QUANTUM COMPUTING. Springer 2005., href="Experimental_Aspects_of_Quantum_Computing.djvu"
* Cook David B., HANDBOOK OF COMPUTATIONAL CHEMISTRY. Oxford University Press 1998., href="Handbook_of_Computational_Chemistry.djvu"
* Leff Harvey S., Rex Andrew F., (Eds.), MAXWELL'S DEMON 2. Entropy, Classical and Quantum Information, Computing. Institute of Physics Publishing 2003., href="Maxwells_Demon_2.djvu"
* Steeb Willi-Hans, Hardy Yorick, PROBLEMS & SOLUTIONS IN QUANTUM COMPUTING & QUANTUM INFORMATION. World Scientific 2004., href="Problems-Solutions_in_Quantum_Computing.djvu"
* Stenholm Stig, Suominen Kalle-Antti, QUANTUM APPROACH TO INFORMATICS. John Wiley 2005., href="Quantum_Approach_To_Informatics.djvu"
* Takagahara T., (Ed.), QUANTUM COHERENCE, CORRELATION AND DECOHERENCE IN SEMICONDUCTOR NANOSTRUCTURES. Elsevier Science 2003., href="Quantum_Coherence_Correlation.djvu"
* Hirvensalo Mika, QUANTUM COMPUTING. Springer-2001., href="Quantum_Computing.djvu"
* McMahon David, QUANTUM COMPUTING EXPLAINED. John Wiley 2008., href="Quantum_Computing_Explained.djvu"
* Ruggiero B., Delsing P., Granata C., Pashkin Y., Silvestrini P., (Eds.), QUANTUM COMPUTING IN SOLID STATE SYSTEMS. Springer 2006., href="Quantum_Computing_in_Solid_State_Systems.djvu"
* Esteve Daniel, Raimond Jean-Michel, DalibardJean, (Eds.), QUANTUM ENTANGLEMENT AND INFORMATION PROCESSING. Lecture Notes of the Les Houches Summer School 2003. ELSEVIER 2003., href="Quantum_Entanglement_and_Information_Processing.djvu"
* Barnett Stephen M., QUANTUM INFORMATION. Oxford University Press 2009., href="Quantum_Information.djvu"
* Accardi L., Ohya M.,Watanabe N., (Eds.), QUANTUM INFORMATION AND COMPUTING. World Scientific 2006., href="Quantum_Information_and_Computing.djvu"
* Siegfried Tom, THE BIT AND THE PENDULUM. From Quantum Computing to M Theory—The New Physics of Information. John Wiley 2000., href="The_Bit_and_the_Pendulum.djvu"
* Rocha Armando Freitas, Massad Eduardo, Pereira Alfredo Jr., THE BRAIN: FUZZY ARITHIILETIC TO QUANTUIIL COIILPUTING. Springer-2005., href="The_brain-Fuzzy_Arithmetic_to_Quantum_Computing.djvu"
* Perry Riley T., THE TEMPLE OF QUANTUM COMPUTING. 2006., href="The_Temple_of_Quantum_Computing.djvu"
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{_Ã COHERENT OPTICAL EFFECTS
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{_Ã MATHEMATICAL METHODS
* ÐÓÊÎÂÎÄÑÒÂÀ ÏÎËÜÇÎÂÀÒÅËß ÄËß ÏÀÊÅÒÎÂ ïðîãðàìì ZEMAX è  CODE V.
* ÐÓÊÎÂÎÄÑÒÂÎ ÏÎËÜÇÎÂÀÒÅËß ÏÀÊÅÒÎÌ ïðîãðàìì ZEMAX.  Ïåðåâîä ñ àíãë.Ìîñêâà-2010., href="ZEMAX-Optical_Design_Program.Users_Manual.djvu" 
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* CODE V OPTIMIZATION TIPS & TRICKS. Optical Research Associates, href="Intro_CODE_V.djvu" 

{_à Ó×ÅÁÍÈÊ
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ÁËÎÊ_× ÀËÔÀÂÈÒÍÛÉ ÀÂÒÎÐÑÊÈÉ ÓÊÀÇÀÒÅËÜ ( àíãë.)

ÁËÎÊ_Ã A
 
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ÁËÎÊ_Ã Ì 

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* Ìåçåíîâ À. Â., Ñîìå Ë. Í., Ñòåïàíîâ À. È., ÒÅÐÌÎÎÏÒÈÊÀ ÒÂÅÐÄÎÒÅËÜÍÛÕ ËÀÇÅÐÎÂ href="Mezenov_A.V._Soms_L.N._Stepanov_A.I._Termooptika_tverdotel#nyx_lazerov.djvu"
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* Ìèëåð Ì., Ãîëîãðàôèÿ (òåîðèÿ, ýêñïåðèìåíò, ïðèìåíåíèå) (1979) href="miller_golografia.djvu"
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* Ìèðîíîâ Â.Ë., et al., ËÀÇÅÐÍÎÅ ÈÇËÓ×ÅÍÈÅ Â ÒÓÐÁÓËÅÍÒÍÎÉ ÀÒÌÎÑÔÅÐÅ. Ì., «Íàóêà», 1976., href="Lazernoe_izluchenie.djvu" 
* Ìèðîøíèêîâ Ì. Ì., ÒÅÎÐÅÒÈ×ÅÑÊÈÅ ÎÑÍÎÂÛ ÎÏÒÈÊÎ- ÝËÅÊÒÐÎÍÍÛÕ ÏÐÈÁÎÐΠhref="Miroshnikov_M.M._Teoretichekie_osnovy_optiko-e#lektronnyx_priborov.djvu"
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* Ìèõåëüñîí Í.Í., Îïòèêà àñòðîíîìè÷åñêèõ òåëåñêîïîâ è ìåòîäû åå ðàñ÷åòà (1995) href="michelson.djvu"
* Ìèõåëüñîí Í.Í., Îïòè÷åñêèå òåëåñêîïû. Òåîðèÿ è êîíñòðóêöèÿ. (1976) href="Mihelson_Opticheskie_teleskopy.djvu"
* Ìèöåíêî È.Ä., et al., ÏÐÎÁËÅÌÛ ÁËÈÆÍÅÉ ËÀÇÅÐÍÎÉ ËÎÊÀÖÈÈ. Ó÷åáíîãî ïîñîáèå. Èçä. ÌÃÒÓ 2000., href="Problemy_blizhnei_lazernoi_lokatsii(2000).djvu"  
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* Ìîðàí Ä.Ì., et al., ÈÍÒÅÐÔÅÐÎÌÅÒÐÈß È ÑÈÍÒÅÇ Â ÐÀÄÈÎÀÑÒÐÎÍÎÌÈÈ href="Interferometrija_i_sintez_v_radioastronomii.djvu"
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* Ìîññ T., Áàððåë Ã., Ýëëèñ Á., Ïîëóïðîâîäíèêîâàÿ îïòîýëåêòðîíèêà (1976) href="Poluprovodnikovaya_optoelektronika.djvu"
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* Ìýéòëýíä À., et al., ÂÂÅÄÅÍÈÅ Â ÔÈÇÈÊÓ ËÀÇÅÐÎÂ.  Ïåðåâîä ñ àíãëèéñêîãî, Ìîñêâà, Íàóêà, 1978.,href="Meitlend_A.__Dann_M._(Maitland_Dunn)-Vvedenie_v_fiziku_lazerov-Nauka(1978).djvu" 
* Ìýéòëýíä À., Äàíí Ì., ÂÂÅÄÅÍÈÅ Â ÔÈÇÈÊÓ ËÀÇÅÐÎÂ href="Me#jtlend_A._Dann_M.Vvedenie_v_fiziku_lazerov.djvu"

ÁËÎÊ_Ã Í 

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* Íàêàíèñè À., ÈÍÔÐÀÊÐÀÑÍÛÅ ÑÏÅÊÒÐÛ È ÑÒÐÎÅÍÈÅ ÎÐÃÀÍÈ×ÅÑÊÈÕ ÑÎÅÄÈÍÅÍÈÉ. ÏÐÀÊÒÈ×ÅÑÊÎÅ ÐÓÊÎÂÎÄÑÒÂÎ.(1965), href="01903031a9ef71b87c4339c5db4ae825.djvu"
* Íàïàðòîâè÷ À.Ë., et al., ÏÐÈÊËÀÄÍÀß ÎÏÒÈÊÀ ËÀÇÅÐÎÂ. Îáçîð., href="Elkin_N.N.__Napartovich_A.P.-Prikladnaya_optika_lazerov._Obzor-TSNIIatominform(1989).djvu"  
* Íàóìîâ Ä.À. ÈÇÃÎÒÎÂËÅÍÈÅ ÎÏÒÈÊÈ ÄËß ËÞÁÈÒÅËÜÑÊÈÕ ÒÅËÅÑÊÎÏÎÂ-ÐÅÔËÅÊÒÎÐÎÂ È ÅÅ ÊÎÍÒÐÎËÜ (1988) href="Izgotovlenie_optiki_dlja_ljubitelskikh_teleskopov-reflektorov(265).djvu"    
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* Íåïëþåâ Ë.Í. et el., ÃÎËÎÃÐÀÔÈß Â ÏÐÈÁÎÐÀÕ È ÓÑÒÐÎÉÑÒÂÀÕ(1974),  href="9a40900acd69516c1697cb1c2641d934.djvu"
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* Íîñîâ Þ.Ð., Îïòîýëåêòðîíèêà. (1989), href="C161EE7760192C89B0A98E858D6578E2.djvu" 1/

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* Îñòðîâñêèé Ï.Ì., ÏËÎÒÍÎÑÒÜ ÑÎÑÒÎßÍÈÉ Â ÌÅÇÎÑÊÎÏÈ×ÅÑÊÈÕ ÑÂÅÐÕÏÐÎÂÎÄßÙÈÕ ÃÈÁÐÈÄÍÛÕ ÑÒÐÓÊÒÓÐÀÕ. Äèññåðòàöèÿ. ×åðíîãîëîâêà - 2004., href="Plotnost_sostojanij_v_mezoskopicheskikh_sverkhprovodjashchikh_gibridnykh_strukturakh(2004).djvu"
* Îñòðîâñêèé Þ.È., et al., ÃÎËÎÃÐÀÔÈ×ÅÑÊÀß ÈÍÒÅÐÔÅÐÎÌÅÒÐÈß.Èçä. «Íàóêà», Ìîñêâà 1977, href="Golograficheskaya_interferometriya-FML(1977).djvu"

ÁËÎÊ_Ã Ï 

* Ïpoxopoâ À.Ì. (ðåäàêòîð), ÔÈÇÈ×ECKAß ÝHÖÈKËOÏEÄÈß
* Ïàéê Ý., et al., ÑÏÅÊÒÐÎÑÊÎÏÈß ÎÏÒÈ×ÅÑÊÎÃÎ ÑÌÅØÅÍÈß È ÊÎÐÐÅËßÖÈß ÔÎÒÎÍÎÂ(1978) href="7e35eb6e58_Kammins-KorrFoton.djvu"
* Ïàíîâ Â.À., Àíäðååâ Ë.Í., Îïòèêà ìèêðîñêîïîâ. Ðàñ÷åò è ïðîåêòèðîâàíèå. (1976) href="Panov_V_A_Andreev_Optika_Mikroskopov.djvu"
* Ïàíîâ Â.À., ÑÏÐÀÂÎ×ÍÈÊ ÊÎÍÑÒÐÓÊÒÎÐÀ ÎÏÒÈÊÎ-ÌÅÕÀÍÈ×ÅÑÊÈÕ ÏÐÈÁÎÐΠhref="Ñïðàâî÷íèê_êîíñòðóêòîðà_îïòèêî-ìåõàíè÷åñêèõ_ïðèáîðîâ_.djvu"
* Ïàðôåíîâ À.Â., et al., ÏÐÎÑÒÐÀÍÑÒÂÅÍÍÛÅ ÌÎÄÓËßÒÎÐÛ ÑÂÅÒÀ(1987) href="7e35eb6e58_Vasiljev-PrMod.djvu"
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