Choice of optimal conditions for light diffraction and two-wave interaction in a cubic photorefractive piezoelectric Bi12SiO20 crystal
Quantum Electronics, 2002 - iopscience.iop.org
The maximum and minimum diffraction efficiencies and the effective amplification of a
hologram are studied experimentally in a 2.1 mm thick,(bar 1 bar 1 0) cut Bi 12 SiO 20 …
hologram are studied experimentally in a 2.1 mm thick,(bar 1 bar 1 0) cut Bi 12 SiO 20 …
[引用][C] Choice of optimal conditions for light diffraction and two-wave interaction in a cubic photorefractive piezoelectric Bi12SiO20 crystal
VV SHEPELEVICH, NN EGOROV… - Quantum …, 2002 - pascal-francis.inist.fr
Choice of optimal conditions for light diffraction and two-wave interaction in a cubic
photorefractive piezoelectric Bi12SiO20 crystal CNRS Inist Pascal-Francis CNRS Pascal …
photorefractive piezoelectric Bi12SiO20 crystal CNRS Inist Pascal-Francis CNRS Pascal …
[引用][C] Choice of optimal conditions for light diffraction and two-wave interaction in a cubic photorefractive piezoelectric Bi12SiO20 crystal
VV Shepelevich, NN Egorov, PI Ropot, AA Firsov - Quantum Electronics, 2002 - elibrary.ru
Choice of optimal conditions for light diffraction and two-wave interaction in a cubic photorefractive piezoelectric crystal
VV Shepelevich, NN Egorov, PI Ropot… - Kvantovaya …, 2002 - mathnet.ru
The maximum and minimum diffraction efficiencies and the effective amplification of a
hologram are studied experimentally in a 2.1 mm thick,($\bar1\bar10 $) cut $ Bi_ {12} SiO …
hologram are studied experimentally in a 2.1 mm thick,($\bar1\bar10 $) cut $ Bi_ {12} SiO …
Choice of optimal conditions for light diffraction and two-wave interaction in a cubic photorefractive piezoelectric Bi {sub 12} SiO {sub 20} crystal
VV Shepelevich, NN Egorov, PI Ropot… - Quantum Electronics …, 2002 - osti.gov
The maximum and minimum diffraction efficiencies and the effective amplification of a
hologram are studied experimentally in a 2.1 mm thick,(1-bar 1-bar 0) cut Bi {sub 12} SiO …
hologram are studied experimentally in a 2.1 mm thick,(1-bar 1-bar 0) cut Bi {sub 12} SiO …
Choice of optimal conditions for light diffraction and two-wave interaction in a cubic photorefractive piezoelectric Bi12SiO20 crystal
VV Shepelevich, NN Egorov, PI Ropot… - Quantum Electronics …, 2002 - inis.iaea.org
[en] The maximum and minimum diffraction efficiencies and the effective amplification of a
hologram are studied experimentally in a 2.1 mm thick,(1-bar 1-bar 0) cut Bi 12 SiO 20 …
hologram are studied experimentally in a 2.1 mm thick,(1-bar 1-bar 0) cut Bi 12 SiO 20 …
Choice of optimal conditions for light diffraction and two-wave interaction in a cubic photorefractive piezoelectric crystal
VV Shepelevich, NN Egorov, PI Ropot… - Kvantovaya …, 2002 - mathnet.ru
The maximum and minimum diffraction efficiencies and the effective amplification of a
hologram are studied experimentally in a 2.1 mm thick,($\bar1\bar10 $) cut $ Bi_ {12} SiO …
hologram are studied experimentally in a 2.1 mm thick,($\bar1\bar10 $) cut $ Bi_ {12} SiO …