Light and light sources: high intensity discharge lamps ; with 4 tables
Gespeichert in:
1. Verfasser: | |
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Format: | Buch |
Sprache: | English |
Veröffentlicht: |
Berlin [u.a.]
Springer
2006
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Schlagworte: | |
Online-Zugang: | Inhaltstext Inhaltsverzeichnis |
Beschreibung: | Literaturverz. S. 329 - 337 |
Beschreibung: | XIII, 344 S. Ill., graph. Darst. |
ISBN: | 9783540326847 3540326847 |
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245 | 1 | 0 | |a Light and light sources |b high intensity discharge lamps ; with 4 tables |c P. Flesch |
264 | 1 | |a Berlin [u.a.] |b Springer |c 2006 | |
300 | |a XIII, 344 S. |b Ill., graph. Darst. | ||
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adam_text | CONTENTS ....................................................
INTRODUCTION 1 1 LIGHT AND LIGHT SOURCES
....................................... 3 1.1 THEHUMANEYE
.......................................... 3 1.1.1 RODS AND CONES AND
MORE ............................ 4
....................................... 1.1.2 COLOR SPACE 8
..................................... 1.1.3 MIXING COLORS 10
................... 1.2 PHOTOMETRIE CHARACTERISTICS OF LIGHT SOURCES 11
..................................... 1.2.1 LUMINOUS FLUX 12
.................................. 1.2.2 LUMINOUS EFFICACY 13
................................. 1.2.3 LUMINOUS INTENSITY 13
........................................ 1.2.4 LLLUMINANCE 14
............................... 1.2.5 COLOR RENDERING INDEX 14
......................... 1.2.6 CORRELATED COLOR TEMPERATURE 15
............................................ 1.3 LIGHT SOURCES 16 1.3.1
SUN .............................................. 17
................................. 1.3.2 INCANDESCENT LAMP 18
............................... 1.3.3 GAS DISCHARGE LAMPS 22
................................... 1.3.4 FLUORESCENT LAMP 29
.......................... 1.3.5 LOW-PRESSURE SODIUM LAMP 33
......................... 1.3.6 HIGH-PRESSURE MERCURY LAMP 37
......................... 1.3.7 HIGH-PRESSURE SODIUM LAMP 41
................................. 1.3.8 META1 HALIDE LAMP 45
.............................. 1.3.9 OTHER DISCHARGE LAMPS 50
.................................. 2 PLASMA AND ELECTRODE PHYSICS 51 2.1
GASLAWS ............................................. 51
.............................. 2.1.1 BOLTZMANN DISTRIBUTION 51
................... 2.1.2 POPULATION DENSITY OF EXCITED ATOMS 52
......................... 2.1.3 MAXWELL VELOCITY DISTRIBUTION 53
....................................... 2.1.4 TEMPERATURE 56
............................ 2.1.5 PRESSURE OR IDEAL GAS LAW 57 2.1.6
COLLISION FREQUENCY AND MEAN FREE PATH ................ 58 XII CONTENTS
................................ 2.1.7 THERMALEQUILIBRIUM 59
........................... 2.1.8 LOCAL THERMAL EQUILIBRIUM 60
......................................... 2.2 PLASMA PROPERTIES 62
....................... 2.2.1 EVAPORATION AND PARTIAL PRESSURE 62
..................................... 2.2.2 SAHA EQUATION 62
................................... 2.2.3 PLASMA RADIATION 65
..................................... 2.3 TRANSPORT COEFFICIENTS 76
2.3.1 DIFFUSION ......................................... 77
............................... 2.3.2 ELECTRICAL CONDUCTIVITY 79
............................... 2.3.3 THERMAL CONDUCTIVITY 82
........................... 2.3.4 RADIATIVE ENERGY TRANSPORT 84
....................................... 2.4 ELECTRODE PROPERTIES 89
..................... 2.4.1 THERMAL CONDUCTIVITY OF TUNGSTEN 89
............. 2.4.2 MASS DENSITY AND SPECIFIC HEAT OF TUNGSTEN 91
............................... 2.4.3 SSLACK SSODY RADIATION 91
.................................. 2.4.4 ELECTRONEMISSION 96
.................................... 3 EXPERIMENTAL LNVESTIGATIONS 105
..................................... 3.1 ELECTRODE DIAGNOSTICS 106
................................ 3.1.1 ELECTRODE PYROMETRY 108
......................................... 3.1.2 BOLOMETER 109
..................................... 3.1.3 1-1 PYROMETRY 109
........................... 3.1.4 EXAMPLES OF 1-A, PYROMETRY 114
..................................... 3.1.5 2-1 PYROMETRY 118
..................... 3.1.6 PYROMETRY WITH PLASMA CORRECTION 119
........................ 3.1.7 EXARNPLE OF (2+1)-A, PYROMETRY 126
.................................... 3.1.8 MORE PYROMETRY 138
............... 3.1.9 CALORIRNETRIC MEASUREMENTS ON ELECTRODES 138
................... 3.1.10 EXTEMAL LASER HEATING OF ELECTRODES 143
.............. 3.1.11 IN SITU LASER DIAGNOSTICS OF WORK FUNCTION 145
...................... 3.1.12 MONOLAYER OF SODIUM ON CATHODE 147
............................ 3.1.13 DEFORMATION OF ELECTRODES 148
....................................... 3.2 PLASMA DIAGNOSTICS 152
.............................. 3.2.1 EMISSION SPECTROSCOPY 152 ........
3.2.2 ELECTRODE FALL VOLTAGE AND ELECTRIC FIELD OF COLUMN 156
.................................... 3.2.3 PLASMA POTENTIAL 161
....................... 3.2.4 DETERMINATION OF LAMP PRESSURE 166
........................................ 4 NUMERICAL SIMULATIONS 169
.................................... 4.1 MODELING OF ELECTRODES 170
............................... 4.1.1 CATHODE SHEATH MODEL 171
........................ 4.1.2 EXAMPLES OF ELECTRODE MODELS 175
................................. 4.1.3 CATHODE AND ANODE 179
........................................... 4.2 PLASMA MODELS 184
............................ 4.2.1 DESCRIPTION OF THE PLASMA 184
................... 4.2.2 EXAMPLE OF A PLASMA COLUMN MODEL 189 .........
4.2.3 EXAMPLE OF A PLASMA MODEL INCLUDING CONVECTION 193 ... CONTENTS
XII ......................................... 4.3 EXTENDED MODELS 198
.................... 4.4 A SELF-CONSISTENT ELECTRODE-PLASMA MODEL 200
.............. 4.4.1 MODEL EQUATIONS AND BOUNDARY CONDITIONS 202
................................ 4.4.2 NURNERICAL PROCEDURE 220
................... 4.4.3 COMPARING DIFFERENT CATHODE MODELS 226
........................... 4.4.4 DIFFERENT ELECTRODE SHAPES 238
................... 4.4.5 EXTERNAL LASER HEATING OF ELECTRODES 256
....................... 4.4.6 D2 AUTOMOTIVE HEADLIGHT LAMP 278 4.4.7
MASS, PRESSURE, AND ELECTRODE GAP ..................... 298 4.4.8
SPOT-DIFFUSE TRANSITION AND TIME-DEPENDENT BEHAVIOR ..... 311 4.4.9
SUMMARY: SELF-CONSISTENT ELECTRODE-PLASMA MODEL ....... 320 SUMMARY
...................................................... 325 BIBLIOGRAPHY
................................................... 329 INDEX
.......................................................... 339
|
adam_txt |
CONTENTS .
INTRODUCTION 1 1 LIGHT AND LIGHT SOURCES
. 3 1.1 THEHUMANEYE
. 3 1.1.1 RODS AND CONES AND
MORE . 4
. 1.1.2 COLOR SPACE 8
. 1.1.3 MIXING COLORS 10
. 1.2 PHOTOMETRIE CHARACTERISTICS OF LIGHT SOURCES 11
. 1.2.1 LUMINOUS FLUX 12
. 1.2.2 LUMINOUS EFFICACY 13
. 1.2.3 LUMINOUS INTENSITY 13
. 1.2.4 LLLUMINANCE 14
. 1.2.5 COLOR RENDERING INDEX 14
. 1.2.6 CORRELATED COLOR TEMPERATURE 15
. 1.3 LIGHT SOURCES 16 1.3.1
SUN . 17
. 1.3.2 INCANDESCENT LAMP 18
. 1.3.3 GAS DISCHARGE LAMPS 22
. 1.3.4 FLUORESCENT LAMP 29
. 1.3.5 LOW-PRESSURE SODIUM LAMP 33
. 1.3.6 HIGH-PRESSURE MERCURY LAMP 37
. 1.3.7 HIGH-PRESSURE SODIUM LAMP 41
. 1.3.8 META1 HALIDE LAMP 45
. 1.3.9 OTHER DISCHARGE LAMPS 50
. 2 PLASMA AND ELECTRODE PHYSICS 51 2.1
GASLAWS . 51
. 2.1.1 BOLTZMANN DISTRIBUTION 51
. 2.1.2 POPULATION DENSITY OF EXCITED ATOMS 52
. 2.1.3 MAXWELL VELOCITY DISTRIBUTION 53
. 2.1.4 TEMPERATURE 56
. 2.1.5 PRESSURE OR IDEAL GAS LAW 57 2.1.6
COLLISION FREQUENCY AND MEAN FREE PATH . 58 XII CONTENTS
. 2.1.7 THERMALEQUILIBRIUM 59
. 2.1.8 LOCAL THERMAL EQUILIBRIUM 60
. 2.2 PLASMA PROPERTIES 62
. 2.2.1 EVAPORATION AND PARTIAL PRESSURE 62
. 2.2.2 SAHA EQUATION 62
. 2.2.3 PLASMA RADIATION 65
. 2.3 TRANSPORT COEFFICIENTS 76
2.3.1 DIFFUSION . 77
. 2.3.2 ELECTRICAL CONDUCTIVITY 79
. 2.3.3 THERMAL CONDUCTIVITY 82
. 2.3.4 RADIATIVE ENERGY TRANSPORT 84
. 2.4 ELECTRODE PROPERTIES 89
. 2.4.1 THERMAL CONDUCTIVITY OF TUNGSTEN 89
. 2.4.2 MASS DENSITY AND SPECIFIC HEAT OF TUNGSTEN 91
. 2.4.3 SSLACK SSODY RADIATION 91
. 2.4.4 ELECTRONEMISSION 96
. 3 EXPERIMENTAL LNVESTIGATIONS 105
. 3.1 ELECTRODE DIAGNOSTICS 106
. 3.1.1 ELECTRODE PYROMETRY 108
. 3.1.2 BOLOMETER 109
. 3.1.3 1-1 PYROMETRY 109
. 3.1.4 EXAMPLES OF 1-A, PYROMETRY 114
. 3.1.5 2-1 PYROMETRY 118
. 3.1.6 PYROMETRY WITH PLASMA CORRECTION 119
. 3.1.7 EXARNPLE OF (2+1)-A, PYROMETRY 126
. 3.1.8 MORE PYROMETRY 138
. 3.1.9 CALORIRNETRIC MEASUREMENTS ON ELECTRODES 138
. 3.1.10 EXTEMAL LASER HEATING OF ELECTRODES 143
. 3.1.11 IN SITU LASER DIAGNOSTICS OF WORK FUNCTION 145
. 3.1.12 MONOLAYER OF SODIUM ON CATHODE 147
. 3.1.13 DEFORMATION OF ELECTRODES 148
. 3.2 PLASMA DIAGNOSTICS 152
. 3.2.1 EMISSION SPECTROSCOPY 152 .
3.2.2 ELECTRODE FALL VOLTAGE AND ELECTRIC FIELD OF COLUMN 156
. 3.2.3 PLASMA POTENTIAL 161
. 3.2.4 DETERMINATION OF LAMP PRESSURE 166
. 4 NUMERICAL SIMULATIONS 169
. 4.1 MODELING OF ELECTRODES 170
. 4.1.1 CATHODE SHEATH MODEL 171
. 4.1.2 EXAMPLES OF ELECTRODE MODELS 175
. 4.1.3 CATHODE AND ANODE 179
. 4.2 PLASMA MODELS 184
. 4.2.1 DESCRIPTION OF THE PLASMA 184
. 4.2.2 EXAMPLE OF A PLASMA COLUMN MODEL 189 .
4.2.3 EXAMPLE OF A PLASMA MODEL INCLUDING CONVECTION 193 . CONTENTS
XII . 4.3 EXTENDED MODELS 198
. 4.4 A SELF-CONSISTENT ELECTRODE-PLASMA MODEL 200
. 4.4.1 MODEL EQUATIONS AND BOUNDARY CONDITIONS 202
. 4.4.2 NURNERICAL PROCEDURE 220
. 4.4.3 COMPARING DIFFERENT CATHODE MODELS 226
. 4.4.4 DIFFERENT ELECTRODE SHAPES 238
. 4.4.5 EXTERNAL LASER HEATING OF ELECTRODES 256
. 4.4.6 D2 AUTOMOTIVE HEADLIGHT LAMP 278 4.4.7
MASS, PRESSURE, AND ELECTRODE GAP . 298 4.4.8
SPOT-DIFFUSE TRANSITION AND TIME-DEPENDENT BEHAVIOR . 311 4.4.9
SUMMARY: SELF-CONSISTENT ELECTRODE-PLASMA MODEL . 320 SUMMARY
. 325 BIBLIOGRAPHY
. 329 INDEX
. 339 |
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discipline | Maschinenbau / Maschinenwesen Physik Elektrotechnik / Elektronik / Nachrichtentechnik |
discipline_str_mv | Maschinenbau / Maschinenwesen Physik Elektrotechnik / Elektronik / Nachrichtentechnik |
format | Book |
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id | DE-604.BV022551954 |
illustrated | Illustrated |
index_date | 2024-07-02T18:13:52Z |
indexdate | 2024-07-09T21:00:05Z |
institution | BVB |
isbn | 9783540326847 3540326847 |
language | English |
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physical | XIII, 344 S. Ill., graph. Darst. |
publishDate | 2006 |
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publisher | Springer |
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spelling | Flesch, Peter 1971- Verfasser (DE-588)122598415 aut Light and light sources high intensity discharge lamps ; with 4 tables P. Flesch Berlin [u.a.] Springer 2006 XIII, 344 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturverz. S. 329 - 337 Electric lamps Light sources Gasentladungslampe (DE-588)4156004-8 gnd rswk-swf Hochdruckentladung (DE-588)4345965-1 gnd rswk-swf Gasentladungslampe (DE-588)4156004-8 s Hochdruckentladung (DE-588)4345965-1 s DE-604 text/html http://deposit.dnb.de/cgi-bin/dokserv?id=2774879&prov=M&dok_var=1&dok_ext=htm Inhaltstext OEBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015758261&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Flesch, Peter 1971- Light and light sources high intensity discharge lamps ; with 4 tables Electric lamps Light sources Gasentladungslampe (DE-588)4156004-8 gnd Hochdruckentladung (DE-588)4345965-1 gnd |
subject_GND | (DE-588)4156004-8 (DE-588)4345965-1 |
title | Light and light sources high intensity discharge lamps ; with 4 tables |
title_auth | Light and light sources high intensity discharge lamps ; with 4 tables |
title_exact_search | Light and light sources high intensity discharge lamps ; with 4 tables |
title_exact_search_txtP | Light and light sources high intensity discharge lamps ; with 4 tables |
title_full | Light and light sources high intensity discharge lamps ; with 4 tables P. Flesch |
title_fullStr | Light and light sources high intensity discharge lamps ; with 4 tables P. Flesch |
title_full_unstemmed | Light and light sources high intensity discharge lamps ; with 4 tables P. Flesch |
title_short | Light and light sources |
title_sort | light and light sources high intensity discharge lamps with 4 tables |
title_sub | high intensity discharge lamps ; with 4 tables |
topic | Electric lamps Light sources Gasentladungslampe (DE-588)4156004-8 gnd Hochdruckentladung (DE-588)4345965-1 gnd |
topic_facet | Electric lamps Light sources Gasentladungslampe Hochdruckentladung |
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