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260
Index
Scattering
anti-Stokes
222
anti-Stokes Raman, coherent 222
Brillouin
stimulated
217, 227, 229, 236
stimulated, thermal
220, 227
coe cient 226
coherent
anti-Stokes Raman
cross section
217
di erential
227
Raman
223
gases
225
liquids
224
solids
217, 223, 226
Rayleigh
line 217
line, stimulated
228
217, 228, 230
220, 228
wing
wing, stimulated
228, 230, 231
spontaneous
Stokes
219
205, 217
217, 227, 229
Brillouin, thermal
Rayleigh, line
Rayleigh, thermal
Rayleigh, wing
transient
Schawlow
3
Schr¨odinger equation
13
of optics
9
Second harmonic generation
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
Second-order moment 55 determination of 66 radiation field
propagation of 111
Secondary standards
48
Seebeck coe cient
Seidel’s range
109
Self-adapted mirror
238
Self-focusing
optical
220
Self-pumped
phase conjugation
237
phase conjugator
235, 243
Self-sustained oscillator
Sellmeier’s formula
97
Semiclassical laser theory
4
Semiconductor
data of
108
laser radiation
second harmonic generation of 164
optics of
98
SF6
226, 238
Shape
factor of a lens
117
function, normalized 27
line
26
Shift
Goos–H¨anchen
103
224–227
Short-pulse propagation
Siliciumtetrachloride
Sillenites
242
Silver Gallium Selenide
142
Silver Thiogallate
Simple astigmatic beam
63, 120, 121
Sixth harmonic generation 156
161
Slit factor
92
Slowly varying envelope (SVE)
approximation 9
for di raction
equation
74, 80
Small signal
gain factor
11
solutions
19
Solid
parameters
scattering
-state laser material, data of
Solutions
small-signal
steady-state
17
strong-signal
Spatial
frequency 88
hole-burning
moment
56
Landolt-B¨ornstein
New Series VIII/1A1
261
Spectral
line shape
radiance
45
Spectrum
angular, representation 87
Sphere
refraction at
114
Spherical
aberration
third-order
119
concave mirror
mirror
113
surface
vector wave
78
wave
8, 79
Spontaneous
emission
4, 15, 28
Einstein coe cient
21
Stokes scattering
Sr 210
SRLS (stimulated Rayleigh line scattering)
SRS (stimulated Raman scattering) 223
SRWS (stimulated Rayleigh wing scattering)
228,
230, 231
Stability
positional
beam
67
Standards
primary
47
radiometric
secondary
STBS (stimulated thermal Brillouin scattering)
Steady state
condition
5
Steradian
Stigmatic beam
62, 120, 121
Stimulated
amplification
221
Brillouin scattering
thermal
Raman scattering 217, 223, 226
Rayleigh scattering
–anti-Stokes coupling
higher-order
218
shift
spontaneous scattering
stimulated scattering
vector 77
Stop
127
Strong-signal solutions
STRS (stimulated thermal Rayleigh scattering)
Styrene
225, 231
Sulfur
Sulfurhexafluoride
229
Sum frequency generation
144, 153, 167
of UV radiation
167–169
Superradiance
37
Surface
index
105, 146
ray
105
spherical
Susceptibility
complex
10
electric
6
linear
205
magnetic
nonlinear
206, 221
SVE (Slowly varying envelope) 9
approximation
SVE (slowly varying envelope)
Symmetry conditions
Kleinman
150
Symplectic optical system
116
Synchrotron radiation 47
System
four-level
24
general
astigmatic
parabolic
112
262
homogeneous
16
inhomogeneous
matrix
55
non-symmetrical
symplectic optical
three-level 23
two-level
Te 143, 166
Tellurium
143
Tetrabromomethane
Tetrachloroethane
Tetrachloroethylene
225, 226
Tetrachloromethane
230
Tetragonal
Tetrahydrofuran
Thallium Arsenic Selenide
Theory
scalar
of di raction
85
vector
Thermal
detector
grating
lens 113
Brillouin, stimulated
Rayleigh, stimulated
Thermodynamic considerations
Thermopile
Thick lens
110
in air
Thin lens
Third harmonic generation
152, 156, 208
159
of Ti:sapphire laser radiation
163
Third-order
nonlinear susceptibility
spherical aberration
Three-dimensional propagation
Three-level system
23
Three-wave interaction
144
Threshold
SBS-
238, 239
Ti:sapphire laser radiation
fourth harmonic generation of
second harmonic generation of
third harmonic generation of
Time
constants
31
decay, T1
15
decay, T2
-dependent di raction theory
89
-reversed replica
236
Tintetrabromide
Tintetrachloride
Tl 210
Tl3AsSe3
143, 167
Toluene
225, 226, 229, 231
Total reflection
101
Townes
Tracing
Transform
Fourier
88
Transformation
ABCD
120
waist
124
Transient stimulated scattering
Triclinic
Trigonal
Twist
59
Two-dimensional propagation
126
Two-level
system
transition
saturation intensity
Two-wave mixing
Uniaxial
crystal
145
negative
146
positive
Up-conversion
of CO2 laser radiation
171
of near IR radiation
170
Upper-level lifetime T1
18
Urea
143, 161, 165, 179
UV
radiation
sum frequency generation of
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
Value
principal 145
Vanillin (4-Hydroxy-3-Methoxy-Benzaldehyde) 142
Vapor
barium 225 cesium 226
263
Variance
Water
225, 226, 229, 230
ellipse
57
Wave
cylindrical
79
Vector
73, 78
Bloch
33
plane
7, 79
-ial Bessel beam
80
152
Jones
75
representation
87
77
theory of di raction
Waveguide coupling
127, 128
Width
Vibration
-al Raman line
218, 223
long-term
69
-rotation Raman line
Wigner distribution
53
Visible region
Wing scattering
cw optical parametric oscillation in 176
Rayleigh, stimulated 228, 230, 231
femtosecond optical parametric oscillation in
X-ray region
nanosecond optical parametric oscillation in
Xe
211, 238
176
Yb
210
Waist
Zinc Germanium Phosphide 143
82
Zn
position 60
ZnGeP2 143, 166, 167, 171, 175, 186
transformation
ZnSe
175
Walk-o angle
ZnTe