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

susceptibility

205

third-order

206, 221

Nonlinearity

e ective

147

Normalization

of line shapes

27

Normalized

line shape

27

shape function 27

Notation

complex

6

NPP 142, 179, 185

Number

Abbe’s

97

Fresnel

88

o-Nitroaniline

231

o-Nitrophenol

231

o-Nitrotoluene

231

o-Xylene

225

Octanol

229

Optical

crystal

105

glass

97

data of

108

indicatrix

145

material

95

parametric oscillation

144, 153, 176

continuous wave

176

femtosecond

184

in the mid IR region

186

nanosecond

176

picosecond

180

radiometry

45

self-focusing

220

system

non-symmetrical

112

symplectic

116

Optics

crystal

104

di ractive

94

Fourier

94

geometrical

108

linear

73

nonlinear, fundamental equations of 207

of metals

98

of semiconductors

98

Ordinary beam

145

Orthorhombic

105

Oscillating dipole 8

Oscillation

multimode

26

optical parametric

144, 153, 176

continuous wave

176

femtosecond

184

in the mid IR region

186

nanosecond

176

picosecond

180

Oscillator

self-sustained

3

Oxide

ferroelectric 242

Oxygen

226

p-Dichlorobenzene

229

p-Nitroanisol

231

p-Nitrotoluene

231

p-Xylene

225, 229

Parabolic system, general

112

Paraboloid

phase

59

Paraxial range

108

Partially

coherent beam

54

polarized light

77

PCM (Phase-Conjugate Mirror) 235

Penetration depth

102

Permeability

6

Permittivity

6

Perturbation approach

206

Phase

-conjugate mirror

235

conjugation

235

self-pumped

237

conjugator

235

fiber

240

photorefractive

242

self-pumped

235, 243

vector

236

curvature, generalized

59

matching

144

condition

208

noncollinear

146

paraboloid

59

Phonons

acoustic

217

Photoacoustic calorimetry

50

Photoconductor

49

Photodiode

49

Photometric quantities

45

Photonic crystals, data of

108

Photorefraction

242

Photorefractive

crystal

237

material

242

phase conjugator

242

Picosecond

186

in crystals

186

Pipe

heat

209

Piperidine

225

Planar plate

113

Planck’s law

21

Planckian radiation

47

Plane

113

cardinal

110

wave

7, 79

approximation

152

representation

87

Plate

Brewster-angle-tilted 76

half-wave

76

planar

113

quarter-wave

76

Point

cardinal

110

group

150

nodal

110

Polarization

12, 17, 75

degree of

77

electric

6

magnetic

6

Polarized

partially

light

77

Polydiacetylene

225

Polymeric materials, data of

108

Polynomial

Laguerre

83

POM

142, 157

Position

waist

60

Positional stability

beam

67

105, 146

Potassium Dideuterium Arsenate

143

Potassium Dideuterium Phosphate

143

Potassium Dihydrogen Phosphate

143

Potassium Niobate

143

143

143

Potassium Titanyl Arsenate

143

Potassium Titanyl Phosphate

143

Power

55

radiant

46

spectrum

53

mutual

53

Poynting vector

7

Pressure

broadening

28

light

50

Primary standards

47

Principal

axis

58

of the beam

57

value

145

Principle

Huygens’

8, 85

Process

pumping

16

Prokhorov 3

Propagation

60

beam

120

Gaussian

111

free-space

61

in doped media

10

law

hyperbolic

60

field

111

short-pulse

97

three-dimensional

127

two-dimensional 126

Proustite

142

Pseudo-symmetric beam

64

Pulse

2π-

35

amplification, adiabatic

25

nπ-

35

π-

36

resonant coherent

34

short, propagation of

97

Pumping

process

16

schemes

22

Pyrargyrite 142

Pyridine

225, 229

Pyroelectric detector

49

q-parameter, complex

120

Quantities

photometric

45

radiometric

45

Radiant

energy

45, 46

excitance

46

intensity

46

power

46

Radiation

field

propagation of the second-order moments 111

Planckian

47

synchrotron

47

Radiator

black-body

47

lambertian

47

Radiometer

cryogenic

47, 50

Radiometric

quantities

45

standards

47

Radiometry

45

optical

45

Raman

line

vibration-rotation

218

vibrational

218, 223

parameters

gases

227

liquids

226

solids

227

scattering

cross section

223

gases

225

liquids

224

solids

225

stimulated

217, 223, 226

Range

paraxial

108

Seidel’s

109

Rate equations

20

Ray

surface

105

tracing

55

transfer matrix 111

general

117

Rayleigh

distance

82

length

61

line scattering

217

stimulated

228

scattering

line

217

line, stimulated

228

stimulated

217, 228, 230

stimulated, thermal 220, 228

wing

217

wing, stimulated

228, 230, 231

–Sommerfeld

approximation

86

–Debye di raction theory

89

wing scattering

217

wing scattering, stimulated

228, 230, 231

Rb 210

RbH2AsO4 143

RbH2PO4 143

RbTiOAsO4

143

RDA

143, 156, 159, 163

RDP

143, 156, 159, 163, 164

Real Bessel beam

80

Rectangular aperture

89

Reflection

external

101

internal

101

total

101

Refraction

101

at a sphere

114

Refractive index

change, light-induced

242

complex

8, 103

Region

X-ray 47

Relation

Kramers–Kronig

97

Relaxation

energy

15

entropy

16

Replica

time-reversed 236

Representation

angular-spectrum

87

plane-wave

87

Resonance condition

5

Resonant coherent pulses

34

Responsivity

48

Rotating wave approximation

14

Rotator

Faraday

76

Rowland concave grating

114

RTA

143, 179, 185

Rubidium Dihydrogen Arsenate

143

Rubidium Dihydrogen Phosphate

143

Rubidium Titanyl Arsenate

143

Ruby laser radiation

second harmonic generation of

163

Saturable absorber

237

Saturation

broadening

29

intensity

18

of the two-level transition

17

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

222

cross section

217

di erential

227

Raman

223

Raman

cross section

223

gases

225

liquids

224

solids

225

stimulated

217, 223, 226

Rayleigh

line 217

line, stimulated

228

stimulated

217, 228, 230

stimulated, thermal

220, 228

wing

217

wing, stimulated

228, 230, 231

spontaneous

Stokes

219

stimulated

205, 217

Brillouin

217, 227, 229

Brillouin, thermal

220, 227

Raman

217, 223, 226

Rayleigh

217, 228, 230

Rayleigh, line

228

Rayleigh, thermal

220, 228

Rayleigh, wing

228, 230, 231

Stokes

219

transient

222

Stokes

spontaneous

219

stimulated

219

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

Secondary standards

48

Seebeck coe cient

48

Seidel’s range

109

Self-adapted mirror

238

Self-focusing

optical

220

Self-pumped

phase conjugation

237

phase conjugator

235, 243

Self-sustained oscillator

3

Sellmeier’s formula

97

Semiclassical laser theory

4

Semiconductor

data of

108

laser radiation

optics of

98

SF6

226, 238

Shape

factor of a lens

117

function, normalized 27

line

26

Shift

Goos–H¨anchen

103

Stokes

224–227

Short-pulse propagation

97

Siliciumtetrachloride

225

Sillenites

242

Silver Gallium Selenide

142

Silver Thiogallate

142

Simple astigmatic beam

63, 120, 121

of Nd:YAG laser radiation

161

Slit factor

92

Slowly varying envelope (SVE)

9

approximation 9

for di raction

9

equation

74, 80

Small signal

gain factor

11

solutions

19

Solid

Raman

parameters

227

scattering

225

scattering

Raman

225

-state laser material, data of

108

Solutions

small-signal

19

steady-state

17

strong-signal

19

Spatial

frequency 88

hole-burning

237

moment

56

Spectral

line shape

17

radiance

45

Spectrum

angular, representation 87

Sphere

refraction at

114

Spherical

aberration

117

third-order

119

concave mirror

114

mirror

113

surface

113

vector wave

78

wave

8, 79

Spontaneous

emission

4, 15, 28

Einstein coe cient

21

scattering

Stokes

219

Stokes scattering

219

Sr 210

SRLS (stimulated Rayleigh line scattering)

228

SRS (stimulated Raman scattering) 223

SRWS (stimulated Rayleigh wing scattering)

228,

230, 231

Stability

positional

beam

67

Standards

primary

47

radiometric

47

secondary

48

STBS (stimulated thermal Brillouin scattering)

227

Steady state

condition

5

solutions

17

Steradian

47

Stigmatic beam

62, 120, 121

Stimulated

amplification

221

Brillouin scattering

217, 227, 229, 236

thermal

220, 227

Raman scattering 217, 223, 226

Rayleigh scattering

217, 228, 230

line

228

thermal

220, 228

wing

228, 230, 231

scattering

205, 217

Brillouin

217, 227, 229

Brillouin, thermal

220, 227

Raman

217, 223, 226

Rayleigh

217, 228, 230

Rayleigh, line

228

Rayleigh, thermal

220, 228

Rayleigh, wing

228, 230, 231

Stokes

219

transient

222

Stokes scattering

219

thermal

Brillouin scattering

220, 227

Rayleigh scattering

220, 228

Stokes

–anti-Stokes coupling

222

emission

higher-order

222

line

218

scattering

spontaneous

219

stimulated

219

shift

224–227

spontaneous scattering

219

stimulated scattering

219

vector 77

Stop

127

Strong-signal solutions

19

228

Styrene

225, 231

Sulfur

225

Sulfurhexafluoride

229

Sum frequency generation

144, 153, 167

of UV radiation

167–169

Superradiance

37

Surface

index

105, 146

ray

105

spherical

113

Susceptibility

19

complex

10

electric

6

linear

205

magnetic

6

nonlinear

205

third-order

206, 221

third-order

nonlinear

221

SVE (Slowly varying envelope) 9

approximation

9

for di raction

9

SVE (slowly varying envelope)

equation

74, 80

Symmetry conditions

Kleinman

150

Symplectic optical system

116

Synchrotron radiation 47

System

four-level

24

general

astigmatic

116

parabolic

112