Principles of laser dynamics:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Amsterdam u.a.
Elsevier
1995
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XII, 407 S. Ill., graph. Darst. |
| ISBN: | 0444896961 |
Internformat
MARC
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| 100 | 1 | |a Chanin, Jakov I. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Principles of laser dynamics |c ed. by Y. I. Khanin |
| 264 | 1 | |a Amsterdam u.a. |b Elsevier |c 1995 | |
| 300 | |a XII, 407 S. |b Ill., graph. Darst. | ||
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| adam_text | CONTENTS FOREWORD V CHAPTER 1. QUANTUM OSCILLATORS: GENERAL
CONSIDERATIONS 1 1.1. PRINCIPLE OF OPERATION AND PRACTICAL
IMPLEMENTATION 2 1.1.1. INDUCED AND SPONTANEOUS TRANSITIONS 2 1.1.2.
METHODS OF PRODUCING AN INVERTED POPULATION 4 1.2. TIME-DEPENDENT
PROCESSES IN QUANTUM OSCILLATORS 5 1.2.1. DYNAMIC PROPERTIES OF LASERS
AND THEIR RELATION TO RELAXATION RATES 5 1.2.2. WIDESPREAD TYPES OF
LASERS 7 1.2.3. CLASS A LASERS: EXPERIMENTAL FACTS 19 1.2.4. CLASS B
LASERS: EXPERIMENTAL FACTS 23 RUBY LASERS 24 NEODYMIUM LASERS 30
SEMICONDUCTOR LASERS . 31 MOLECULAR GAS LASERS 32 1.2.5. CLASS C LASERS:
EXPERIMENTAL FACTS 34 CHAPTER 2. BASIC EQUATIONS FOR THE DYNAMICAL
BEHAVIOR OF LASERS 41 2.1. EQUATIONS FOR THE ELECTROMAGNETIC FIELD 42
2.1.1. WAVE EQUATION 42 2.1.2. MODAL DECOMPOSITION 44 2.2. EQUATIONS FOR
THE DYNAMICS OF THE MATERIAL 49 2.2.1. QUANTUM KINETIC EQUATIONS 50
2.2.2. TWO-LEVEL MEDIUM 51 2.2.3. THREE-LEVEL MEDIUM: COHERENT PUMPING
52 2.2.4. THREE- AND FOUR-LEVEL MEDIA. TRANSITION TO AN EQUIVALENT
TWO-LEVEL DESCRIPTION 54 2.3. DYNAMICAL MODELS OF LASERS 57 2.3.1.
SELF-CONSISTENT SEMICLASSICAL SET OF EQUATIONS: THE MAXWELL-BLOCH
EQUATIONS 57 2.3.2. EQUATIONS FOR QUADRATIC QUANTITIES 58 2.3.3.
ADIABATIC ELIMINATION OF THE POLARIZATION. THE RATE EQUATIONS OF A
SINGLE-MODE LASER 59 2.3.4. COMBINATION TONE MODE-MODE COUPLING. THE
RATE EQUATIONS OF MULTIMODE LASERS 62 2.4. INHOMOGENEOUSLY BROADENED
MODELS 66 2.4.1. MATERIAL EQUATIONS SPECIALIZED TO AN ENSEMBLE OF MOVING
ATOMS 67 2.4.2. SPECTRAL CROSS-RELAXATION 69 2.4.3. ADIABATIC MODELS OF
GAS LASERS 70 2.4.4. INHOMOGENEOUS BROADENING IN AN ENSEMBLE OF FIXED
ATOMS 76 2.5. MODELS OF SINGLE-FREQUENCY RING-CAVITY LASERS 78 2.5.1.
THE RING-CAVITY FIELD EQUATIONS 78 2.5.2. CLASS A RING GAS LASER 79
2.5.3. CLASS B RING LASER 81 2.6. MODELS OF LASERS USING THE MEDIA WITH
BAND-LIKE ENERGY STRUCTURE 82 2.6.1. MOLECULAR LASERS 83 2.6.2.
SEMICONDUCTOR LASERS 87 CHAPTER 3. DYNAMIC PROPERTIES OF AUTONOMOUS
NONADIABATIC LASERS 93 3.1. INSTABILITIES AND CHAOS IN A TRAVELING-WAVE
SINGLE-MODE LASER (LORENZ-HAKEN MODEL) 95 3.1.1. STARTING EQUATIONS 96
3.1.2. BIFURCATIONS AND THEIR SEQUENCES 97 3.1.3. PARAMETRIC ORIGIN OF
THE SECOND LASER THRESHOLD 103 3.1.4. EFFECT OF DETUNING ON THE LASER
DYNAMIC PROPERTIES 105 3.1.5. PHASE DYNAMICS OF A SINGLE-MODE LASER 109
3.2. PROCESSES IN A TRAVELING-WAVE MULTIMODE LASER ILL 33. DYNAMICAL
PROPERTIES OF AUTONOMOUS THREE-LEVEL LASERS 114 3.3.1. SELF-CONSISTENT
MODEL OF COHERENTLY PUMPED LASER. WAYS TO MODEL SIMPLIFICATION 115
3.3.2. SELF-EXCITATION CONDITIONS OF A THREE-LEVEL LASER 116 3.3.3.
LASING MODES OF A THREE-LEVEL LASER 119 3.3.4. EXPERIMENTAL
INVESTIGATIONS OF OPTICALLY PUMPED AMMONIA LASERS 123 3.4. EFFECT OF
INHOMOGENEOUS BROADENING ON THE LASER DYNAMIC CHARACTERISTICS .... 127
3.4.1. LOWERING OF THE INSTABILITY THRESHOLD 127 3.4.2. TIME-DEPENDENT
LASER MODES 132 CHAPTER 4. ADIABATIC AND SEMIADIABATIC LASER THEORIES
137 4.1. TRAVELING WAVE LASER WITH HOMOGENEOUS ACTIVE MEDIUM 138 4.1.1.
STEADY STATES AND RELAXATION OSCILLATIONS 138 4.1.2. PHASE PORTRAIT OF
LASER. SPIKE CHARACTERISTICS 140 4.1.3. LINEAR STAGE OF LASING 147 4.2.
SINGLE-MODE STANDING-WAVE LASER 150 4.3. MULTIMODE LASERS: THE RATE
EQUATION APPROACH 154 4.3.1. STEADY STATE SPECTRUM OF STANDING WAVE
LASER MODES 154 4.3.2. SPECTRUM OF RELAXATION OSCILLATIONS 160 4.3.3.
UNIQUENESS OF A STABLE STEADY-STATE SOLUTION 163 4.3.4. FEATURES OF
SPIKING IN MULTIMODE LASERS 165 4.3.5. ONSET OF LASER SPECTRUM 167
4.3.6. ALTERNATIVE MECHANISMS OF LASER MULTIMODALITY 170 4.4.
COMBINATION TONE MODE-MODE COUPLING AND ITS INFLUENCE ON LASER DYNAMICS
.. 173 4.4.1. COMPETITION BETWEEN DISPERSION AND NONLINEARITY OF LASER
MEDIUM 173 4.4.2. INSTABILITIES IN LASERS DUE TO THE NONLINEAR COUPLING
OF MODES. SMALL NUMBER OF RELATIVELY CLOSE-FREQUENCY MODES 175 4.4.3.
INSTABILITIES IN LASERS DUE TO THE NONLINEAR COUPLING OF MODES. LARGE
NUMBER OF FAR-FREQUENCY MODES 178 4.5. INHOMOGENEOUSLY BROADENED
SOLID-STATE LASERS 183 4.5.1. STEADY-STATE SOLUTION IN THE SPATIALLY
UNIFORM FIELD APPROXIMATION: THE THRESHOLD FOR LASER SPECTRUM SPLITTING
183 4.5.2. CONNECTION BETWEEN THE SPATIAL MODE STRUCTURE AND THE
SPECTRAL STRUCTURE OF LASER EMISSION 188 4.5.3. TRANSIENT IN THE
PRESENCE OF CROSS-RELAXATION 192 4.6. ATOMIC GAS LASER 194 4.6.1.
ELEMENTS OF THE ADIABATIC (LAMB S AND BENNET S) THEORY OF LASER DYNAMICS
194 4.6.2. TIME-DEPENDENT REGIMES OF INHOMOGENEOUSLY BROADENED MULTIMODE
LASERS 200 CHAPTER 5. LASERS WITH QUASI-FREQUENCY-DEGENERATE MODES:
TWO-MODE MODELS 203 5.1. BIDIRECTIONAL CLASS A GAS LASER 205 5.1.1.
COMPETITION OF FREQUENCY-DEGENERATE COUNTERRUNNING WAVES 206 5.1.2.
COUNTER RUNNING WAVE LOCKING 210 5.2. BIDIRECTIONAL CLASS B LASER 213
5.2.1. STEADY STATES IN THE ABSENCE OF BACKSCATTERING AND THEIR
STABILITY 213 5.2.2. INFLUENCE OF FINE STRUCTURE OF THE GAIN LINE ON THE
STABILITY OF THE STEADY STATES 218 5.2.3. STEADY STATES IN THE PRESENCE
OF BACKSCATTERING AND THEIR STABILITY 222 5.2.4. COMPETITION OF TWO
INSTABILITY MECHANISMS 225 5.2.5. ROLE OF PHASE NONRECIPROCITY IN THE
DYNAMICS OF A CLASS B RING LASER .. 226 5.2.6. FREQUENCY DYNAMICS OF A
BIDIRECTIONAL RING LASER 232 5.3. TWO-MODE STANDING WAVE LASER 235
5.3.1. EQUATIONS OF CLASS B TWO-MOD E LASER 235 5.3.2. STEADY-STATE
SOLUTIONS AND RELAXATION OSCILLATIONS 238 CHAPTER 6. NONAUTONOMOUS LASER
MODELS 245 6.1. LASERS WITH PERIODIC PARAMETER MODULATION 246 6.1.1.
LINEAR RESPONSE OF A SINGLE-MODE LASER TO LOW-FREQUENCY MODULATION . .
246 6.1.2. LINEAR RESPONSE OF A MULTIMODE LASER TO LOW-FREQUENCY LOSS
MODULATION 249 6.1.3. NONLINEAR RESPONSE OF A SINGLE-MODE LASER TO
PERIODIC LOSS MODULATION . 251 6.1.4. BIFURCATIONS AND CHAOS 254 6.2.
LASER WITH STEADY ADIABATIC VARIATION OF PARAMETERS 263 6.2.1. MONOTONIC
ADIABATIC VARIATION OF THE LOSSES 263 6.2.2. SWEEPING OF DETUNING 268
6.3. SPECTRALLY SWEPT LASERS 270 6.3.1. PRINCIPLES OF OPERATION AND
DYNAMICAL PROPERTIES OF SPECTRALLY SWEPT LASERS 270 6.3.2. THEORETICAL
MODEL OF A SPECTRALLY SWEPT LASER 272 6.3.3. DYNAMICS OF A SPECTRALLY
SWEPT LASER AT THE LINEAR STAGE 274 6.3.4. THRESHOLD CHARACTERISTICS OF
A SPECTRALLY SWEPT LASER 279 6.3.5. DYNAMIC TUNING OF A SPECTRALLY SWEPT
LASER 281 6.4. MECHANISMS OF UNDAMPED PULSATIONS IN SOLID-STATE
FREE-RUNNING LASERS 283 6.4.1. ORIGIN OF THE PULSATIONS OF A TWO-LEVEL
PARAMAGNETIC MASER 284 6.4.2. LASER PARAMETER OSCILLATIONS UNDER
FREE-RUNNING CONDITIONS 286 6.4.3. INSTABILITIES DUE TO SWEEPING OF THE
CAVITY EIGENFREQUENCY 288 6.4.4. ROLE OF SPATIAL EFFECTS 290 6.5. THE
GIANT PULSE REGIME (Q-SWITCHING) 290 6.5.1. ACTIVE METHODS OF GENERATING
GIANT PULSES AND THEIR CHARACTERISTICS .... 291 6.5.2. PULSE DELAY TIME
WITH INSTANTANEOUS Q-SWITCHING 293 6.5.3. ENERGY CHARACTERISTICS OF A
GIANT PULSE 295 6.5.4. PULSE DURATION AND SHAPE 296 6.5.5. ANGULAR AND
FREQUENCY SPECTRA OF A GIANT PULSE WITH INSTANTANEOUS Q-SWITCHING 299
CHAPTER 7. LASERS WITH NONLINEAR LOSSES 305 7.1. ELEMENTS OF THE GENERAL
THEORY OF LASERS WITH SELF-CONTROLLED LOSSES 306 7.2. LASER WITH A
NONLINEAR ABSORBER 311 7.2.1. TWO-LEVEL RATE EQUATION MODEL OF LASER
WITH A NONLINEAR FILTER. STEADY STATES AND THEIR STABILITY 312 7.2.2.
NONLINEAR PULSATIONS IN A LASER WITH SATURABLE ABSORBER 319 7.2.3.
EXPERIMENTS WITH A CO2 LASER. THE RATE EQUATION MODEL OF A THREE-LEVEL
LASER WITH A TWO-LEVEL NONLINEAR FILTER 326 7.2.4. GIANT PULSE
GENERATION WITH PASSIVE Q-SWITCHING 329 7.3. LASER WITH A NONLINEAR
DIELECTRIC 332 7.3.1. EXAMPLES SHOWING THE INFLUENCE OF THE REFRACTIVE
INDEX NONLINEARITY ON LASER DYNAMICS 332 7.3.2. PASSIVE MODULATION OF
DIFFRACTION LOSSES BY A DIELECTRIC WITH CUBIC NONLINEARITY (KERR MEDIUM
INSIDE A CAVITY WITH APERTURE) 333 7.3.3. PASSIVE MODULATION OF THE MODE
FILLING FACTOR (KERR MEDIUM INSIDE A CAVITY WITHOUT APERTURE) 337 7.4.
PASSIVE MODE LOCKING IN LASERS 340 7.4.1. ROLE OF THE LASER MEDIUM
NONLINEARITY IN MODE LOCKING 341 7.4.2. THRESHOLD CONDITIONS OF PASSIVE
MODE LOCKING 343 7.5. PROCESSES IN A TRAVELING WAVE LASER WITH SATURABLE
ABSORBER 345 7.5.1. RATE EQUATION MODEL OF A TRAVELING WAVE LASER
WITHOUT BULK LOSSES .... 346 7.5.2. INSTABILITY THRESHOLD OF
SINGLE-FREQUENCY OPERATION OF A TRAVELING WAVE LASER WITH NONLINEAR
FILTER 351 7.5.3. SOFT AND HARD REGIMES OF ULTRASHORT PULSE FORMATION IN
LASERS WITH NONLINEAR FILTERS 354 REFERENCES 359 GLOSSARY 375 SYMBOLS
379 AUTHOR INDEX 387 SUBJECT INDEX 399
|
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| id | DE-604.BV010833143 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T17:59:40Z |
| institution | BVB |
| isbn | 0444896961 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-007240510 |
| oclc_num | 488990618 |
| open_access_boolean | |
| owner | DE-384 DE-703 DE-91G DE-BY-TUM |
| owner_facet | DE-384 DE-703 DE-91G DE-BY-TUM |
| physical | XII, 407 S. Ill., graph. Darst. |
| publishDate | 1995 |
| publishDateSearch | 1995 |
| publishDateSort | 1995 |
| publisher | Elsevier |
| record_format | marc |
| spelling | Chanin, Jakov I. Verfasser aut Principles of laser dynamics ed. by Y. I. Khanin Amsterdam u.a. Elsevier 1995 XII, 407 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Lasers Dynamik (DE-588)4013384-9 gnd rswk-swf Laser (DE-588)4034610-9 gnd rswk-swf Nichtlineare Dynamik (DE-588)4126141-0 gnd rswk-swf Laser (DE-588)4034610-9 s Dynamik (DE-588)4013384-9 s DE-604 Nichtlineare Dynamik (DE-588)4126141-0 s OEBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007240510&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Chanin, Jakov I. Principles of laser dynamics Lasers Dynamik (DE-588)4013384-9 gnd Laser (DE-588)4034610-9 gnd Nichtlineare Dynamik (DE-588)4126141-0 gnd |
| subject_GND | (DE-588)4013384-9 (DE-588)4034610-9 (DE-588)4126141-0 |
| title | Principles of laser dynamics |
| title_auth | Principles of laser dynamics |
| title_exact_search | Principles of laser dynamics |
| title_full | Principles of laser dynamics ed. by Y. I. Khanin |
| title_fullStr | Principles of laser dynamics ed. by Y. I. Khanin |
| title_full_unstemmed | Principles of laser dynamics ed. by Y. I. Khanin |
| title_short | Principles of laser dynamics |
| title_sort | principles of laser dynamics |
| topic | Lasers Dynamik (DE-588)4013384-9 gnd Laser (DE-588)4034610-9 gnd Nichtlineare Dynamik (DE-588)4126141-0 gnd |
| topic_facet | Lasers Dynamik Laser Nichtlineare Dynamik |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007240510&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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