Файл: Weber H., Herziger G., Poprawe R. (eds.) Laser Fundamentals. Part 1 (Springer 2005)(263s) PEo .pdf

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252	Index

Eu 210

Excitance radiant 46

Excited-state absorption 237 External reﬂection 101 Extraordinary beam 145

Factor conversion

for SI and CGS-esu systems 150

gain	220, 226, 227
slit	92
Far ﬁeld		58
approximation
Fraunhofer			87
ﬁdelity		239
Fraunhofer approximation				87
power density distribution				55
Far IR region
di erence frequency generation in 175
Faraday rotator			76
Feed-back ampliﬁer 3

Femtosecond optical parametric oscillation 184

Ferroelectric oxide						242
Feynman representation							32
Fiber
laser coupling					129
phase conjugator						240
Fidelity		240
conjugation				238
far-ﬁeld		239
Field
electric		5
electromagnetic						5
far	58
magnetic			5
near	56
Fifth harmonic generation							153, 156
of Nd:YAG laser radiation 161
Fluctuation matrix
beam		67
Fluorinert
FC 72		229
FC 75		229
Fluorobenzene				224
Fluoromethane					224
Formula
dispersion				97
Fresnel’s			98, 99
Sellmeier’s				97
Four-level system						24
Four-wave
interaction				221
mixing, degenerate 235, 236
Fourier
optics		94
transform				88

Fourth harmonic generation									153, 156
of Nd:YAG laser radiation									160
of Ti:sapphire laser radiation 164
Fraunhofer
approximation						88
far-ﬁeld				87
di raction pattern							89
far-ﬁeld approximation								87
Free-space propagation							61
Freon	238
Frequency
conversion
e ciency				151
gases			205
in gases				209
liquids			205
mixing			208
Rabi		33
spatial			88
Fresnel
approximation						85, 86
di raction ﬁgure						93
formulae			98, 99
–Kirchho approximation									86
number			88
Fundamental equations
of nonlinear optics							207
GaAs	175, 186, 242
Gain
coe cient				18, 229
Brillouin				238
factor		220, 226, 227
small-signal					11
Gallium Selenide						142
GaP	175, 227
Gas	205
absorbing				237
data of			108
-eous media, mixture of								209, 211
frequency conversion in								205, 209
laser radiation
second harmonic generation of 166
mixture, metal-vapor inert									209, 210
Raman
parameters					227
scattering				225
scattering
Raman			225
GaSe	142, 167, 174, 186
Gauss
–Hermite beam						81
–Laguerre beam						83
–Schell model					53
beam			53
Gaussian
apodization				114

Landolt-B¨ornstein

New Series VIII/1A1

Index	253

beam 53, 81 elliptical 57 propagation 111

imaging 108 line shape 27 matrix 111

Gd2(MoO4)3 225
GeCl4 238
General
astigmatic
beam	64, 121, 123
system	116
parabolic
system	112
ray-transfer matrix			117
Generalized
beam diameter		57
phase curvature		59
Generation
continuum
picosecond 186
picosecond, in crystals				186
di erence-frequency			144, 153, 172
generation of IR radiation by						172
in the far IR region			175
ﬁfth harmonic		153, 156
of Nd:YAG laser radiation					161
fourth harmonic		153, 156
of Nd:YAG laser radiation					160
of Ti:sapphire laser radiation						164
harmonic	156
of CO2 laser radiation				166
of harmonics
of high-power Nd:glass laser radiation							162
of iodine laser radiation 162
of Nd:YAG laser radiation					161
second harmonic		144, 152, 156
in “nonlinear regime”				154
of dye laser radiation				164
of gas laser radiation				166
of Nd:YAG laser radiation					156, 157, 159
of Nd:YAG laser radiation, intracavity							158
of ruby laser radiation				163
of semiconductor laser radiation 164
of Ti:sapphire laser radiation						163
sixth harmonic		156
of Nd:YAG laser radiation					161
sum-frequency		144, 153, 167
of UV radiation 167–169
third harmonic		152, 156, 208
of Nd:YAG laser radiation					159
of Ti:sapphire laser radiation						163
Geometric optical radiance				54
Geometrical optics		108
Glass
BSC-2 229

Landolt-B¨ornstein

New Series VIII/1A1

DF-3		229
optical			97
	data of		108
Glycerol		229
Goos–H¨anchen shift							103
Gradient-index lens						113
Grating		92
concave
	Rowland			114
thermal			237
Group
point		150
H2, Q(1) 227
Half-wave plate					76
Harmonic generation							156
of CO2 laser radiation								166
of high-power Nd:glass laser radiation										162
of iodine laser radiation								162
of Nd:YAG laser radiation									161
Harmonics
of high-power Nd:glass laser radiation										162
of iodine laser radiation								162
of Nd:YAG laser radiation									161
He	211
He-Ne laser				166
Heat pipe			209
Helmholtz equation						74, 79
Hermite–Gaussian beam								53
higher-order					123
Hertz’s dipole					8
Hexagonal			105
Hg	210, 211
HgGa2S4			143, 171
Higher order
anti-Stokes emission							222
Hermite–Gaussian beam									123
Stokes emission						222
Hole-burning
spatial			237
Holography				237
Homogeneous				6
broadening				29, 223
dielectrics				6
system			16
Huygens’ principle						8, 85
Hydrogen			226
Hydrogenbromide						226
Hydrogenchloride						226
Hyperbolic
propagation law						60
Imaging
Gaussian			108
Index
ellipsoid			105
surface			105, 146

254	Index

Indicatrix optical 145

Induced emission Einstein coe cient 21

Induction magnetic 5

Infrared material, data of 108

Inhomogeneous
broadening			30, 223
system		16
Inner astigmatism				64
InP	242
Input
noise 220
InSb	229
Integral
Collins		126
Intensity		8
radiant		46
saturation			18
Interaction		14
coherent		31
four-wave 221
Hamiltonian			14
length
nonlinear			152
quasistatic			151
nonlinear
length		152
quasistatic
length		151
three-wave			144
Internal reﬂection				101

Intracavity second harmonic generation of Nd:YAG

laser radiation		158
Intrinsic astigmatism 60, 65
Inversion density	12, 13, 17
Iodine laser radiation
harmonics of	162
IR
far
region, di erence frequency generation in			175
material, data of		108
mid
region, optical parametric oscillation in			186
near
region, cw optical parametric oscillation in
176
region, femtosecond optical parametric
oscillation in		184
region, nanosecond optical parametric
oscillation in		176

region, picosecond optical parametric oscillation in 180

radiation

generation by di erence frequency generation

172
Irradiance		46
Isopropanol		224, 226
Isotropic	7
crystal	105
dielectrics		6
Jones
calculus		75
matrix	75
vector	75

K210

KB5O8		4D2O	143
KB5O8		4H2O	143
KB5	143, 161, 162, 165, 166, 169
KD2AsO4 143
KD2PO4 143
KDP		143, 156, 159–164, 166, 167, 176, 180, 186

KH2PO4 143

Kleinman symmetry conditions 150

KNbO3		143, 157, 158, 163–165, 179, 185, 242
Kr 211
Kramers–Kronig relation						97
KTA	143, 173, 179, 183, 185
KTiOAsO4			143
KTiOPO4			143
KTP	143, 156–159, 170, 173, 178, 179, 182–185
Laguerre
–Gaussian beam 53
polynomial 83
Lamb dip		26
Lambert’s cosine law					47
Lambertian radiator					47
Laser
argon		166
CO	166
crystal		237
energy meter				50
ﬁber coupling				129
He-Ne		166
NH3	166
oscillator			3
theory, semiclassical					4
Law
Planck’s			21
propagation, hyperbolic						60
LBO	143, 157–159, 161, 163, 169, 177, 178, 181,
182, 184
Length
aperture			151
coherence			238
di raction			151
dispersion-spreading					151
e ective			151

Landolt-B¨ornstein

New Series VIII/1A1

Index	255

interaction
nonlinear				152
quasistatic				151
nonlinear interaction						152
quasistatic interaction							151
Rayleigh			61
Lens
aberration			117
gradient-index					113
shape factor of					117
thermal		113
thick	110
in air		113
thin	113
LFM	143, 156, 165
Li2B4O7		160, 161
LiB3O5 143
LiCOOH H2O				143
Lifetime
upper-level, T1					18
Light
-induced refractive-index change 242
partially polarized						77
pressure			50
LiHCOO		225
LiIO3	143, 156, 158, 159, 161, 163, 165, 166, 170,
172, 175, 176, 180, 186
LiNbO3		143, 156, 158, 159, 161, 166, 170, 172, 175,
176, 180, 186, 237, 242
LiNbO3:MgO				143, 159, 176, 180
Line
anti-Stokes				218
broadening				26, 28
Raman
vibration-rotation						218
vibrational				218, 223
scattering
Rayleigh, stimulated							228
shape		26
Gaussian				27
Lorentzian				27
normalization of 27
normalized				27
spectral			17
Stokes		218
width		26
Linear	7
dielectrics			6
optics		73
susceptibility				205
Linewidth		226, 227
Liquid	205
absorbing			237
crystal		237
data of		108
frequency conversion in							205

Landolt-B¨ornstein

New Series VIII/1A1

Raman
parameters					226
scattering				224
scattering
Raman			224
Listing’s construction							110
Lithium Fomate					143
Lithium Iodate					143
Lithium Niobate					143
Lithium Triborate						143
Long-term beam width 69
Lorentzian line shape							27
m-Dinitrobenzene						231
m-Nitrotoluene					229, 231
m-Xylene		225
Magnetic
ﬁeld	5
induction			5
polarization				6
susceptibility					6
Maiman		3
MAP	142, 157
Master oscillator power ampliﬁer								240
Matching
mode		128
phase		144
condition			208
noncollinear					146
Material
infrared, data of						108
negative-refractive-index, data of								108
optical		95
photorefractive						242
polymeric, data of							108
solid-state-laser, data of 108
Matrix
ABCD		111
density		206
ﬂuctuation
beam		67
Gaussian			111
Jones		75
ray-transfer				111
general			117
system		55
variance 56
Maxwell
–Bloch equations							15, 16
equations			5
Medium
dielectric			96
Meissner		3
Mercury Thiogallate							143
meta-Nitroaniline						143
Metal
data of		108

256	Index

optics of			98
vapor
inert gas mixture					209, 210
mixture of di erent						209, 210
Methane		226
Methane, Q			227
Methanol		224, 226, 229, 230, 238
Methanol-d4 224
Methyl N-(2,4-Dinitrophenyl)-L-Alaninate								142
Methylodide			229
Mg 210
Mg+	210
Mg:O-doped Lithium Niobate 143
MHBA	142, 157
Mid IR region
optical parametric oscillation in							186
Miller
coe cient			147
delta formulation					147
Mirror
concave
spherical			114
phase-conjugate					235
self-adapted				238
spherical			113
concave			114
Misalignment 116
Mixed moment				56
Mixing
frequency			208
two-wave			242
Mixture
metal-vapor inert gas						209, 210
of di erent metal vapors 209, 210
of gaseous media					209, 211
mNA	143, 157
Mode
competition				26
hopping			26
matching			128
Model
Gauss–Schell				53
Moment
angular		56
centered			55
dipole		11, 15
mixed		56
second-order				55
determination of					66
radiation ﬁeld, propagation of							111
spatial		56
Momentum
conservation of 208
Monoclinic			105
MOPA (Master Oscillator Power Ampliﬁer)								240
Mueller calculus				77

Multimode oscillation 26
Mutual power spectrum						53
nπ-pulse 35
N2	211, 238
N2O	226
N-(4-Nitrophenyl)-(L)-Propinol 142
N-[2-(Dimethylamino)-5-Nitrophenyl]-Acetamide
	142
n-Hexane		229
n-Nitrotoluene				229
Na	210
NaClO3		225
Nanosecond optical parametric oscillation 176
Naphthalene			225, 231
Nd:glass high-power laser radiation
generation of harmonics						162
harmonics			162
Nd:YAG laser radiation
ﬁfth harmonic generation of							161
fourth harmonic generation of							160
harmonics of				161
intracavity second harmonic generation of								158
second harmonic generation of							156, 157, 159
second harmonic generation, intracavity, of								158
sixth harmonic generation of							161
third harmonic generation of							159
Ne	211
Near ﬁeld		56
Near IR
radiation
up-conversion of					170
region
cw optical parametric oscillation in 176
femtosecond optical parametric oscillation in
	184
nanosecond optical parametric oscillation in
	176
picosecond optical parametric oscillation in
	180
Negative
refractive index material, data of 108
uniaxial crystal 105, 146
(NH2)2CO 143
NH3 laser		166
NH4H2AsO4 143
NH4H2PO4 143
Nitroacetophenone					231
Nitrobenzaldehyde					231
Nitrobenzene				225, 226, 229, 231
Nitrogen		225, 226
NO	226
NO2C6H4NH2 143
Nodal point			110
Noise input			220
Non-symmetrical optical system							112
Noncollinear phase matching 146

Landolt-B¨ornstein

New Series VIII/1A1

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Файл: Weber H., Herziger G., Poprawe R. (eds.) Laser Fundamentals. Part 1 (Springer 2005)(263s) PEo .pdf

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