Optics of mono-domain liquid crystal displays:
Saved in:
| Main Authors: | , |
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| Format: | Book |
| Language: | English |
| Published: |
Saarbrücken
VDM-Verl. Müller
2008
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| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Literaturverz. S. 359 - 363 |
| Physical Description: | XXVI, 363 S. graph. Darst. |
| ISBN: | 9783836479295 |
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MARC
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| 100 | 1 | |a Jang, Yong-Kyu |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Optics of mono-domain liquid crystal displays |c Yong-Kyu Jang ; Philip J. Bos |
| 264 | 1 | |a Saarbrücken |b VDM-Verl. Müller |c 2008 | |
| 300 | |a XXVI, 363 S. |b graph. Darst. | ||
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| adam_text | TABLE OF CONTENTS LISTOFFIGURES XI L1STOFTABLES XXIV ACKNOWLEDGEMENTS
XXV CHAPTER 1. INTRODUNTION 1-1. MOTIVATIONS AND OBJECTIVES 1 1-2.
OVERVIEWOF THE DISSERTATION 3 CHAPTER 2. ANALYSIS OF THE
MULTI-REFLECTION EFFECTS IN COMPENSATED LIQUID CRYSTAL DEVICES 2-1.
INTRODUCTION 7 2-2. ANALYTIEAL CALCULATIONS OF MULTI-REFLECTION EFFECTS
IN LCDS 9 2-3. MULTI-REFLECTION IN AN ISOTROPIC LAYER 16 2-4.
MULTI-REFLECTION IN A LIQUID CRYSTAL DEVICE WITH NO RESIDUAL RETARDATION
IN THE DARK STATE (ECB-TYPE LCD) 17 2-4-1. PHASE ANALYSIS OF THE E-RAY
AND O-RAY 20 2-4-2. ANALYSIS OF THE ANGLE OF LIGHT POLARIZATION 22
2-4-3. ANALYSIS OF TRANSMITTANCE WITHOUT CONSIDERING THE DISPERSION
PROPERTIES OF REFRACTIVE INDICES IN ECB TYPE LCDS .26 2-4-4. ANALYSIS OF
TRANSMITTANCE WITH CONSIDERING THE DISPERSION PROPERTIES OF REFRACTIVE
INDICES IN ECB TYPE LCDS 28 GESCANNT DURCH BIBLIOGRAFISCHE INFORMATIONEN
HTTP://D-NB.INFO/988752425 DIGITALISIERT DURCH IV 2-5. MULTI-REFLECTION
IN A LIQUID CRYSTAL DEVICE WITH RESIDUAL RETARDATION IN THE DARK STATE
(PI-CELL TYPE LCD) 31 2-5-1. ANALYSIS OF TRANSMITTANCE WITHOUT
CONSIDERING THE DISPERSION PROPERTIES OF REFRACTIVE INDICES IN PI-CELL
TYPE LCDS 35 2-5-2. ANALYSIS OF TRANSMITTANCE WITH CONSIDERING THE
DISPERSION PROPERTIES OF REFRACTIVE INDICES IN PI-CELL TYPE LCDS 37
2-5-3. ANALYSIS OF HIGH AND LOW FREQUENCY INTERFERENCE MODES AND THEIR
EFFECTS ON THE OPTICAL PROPERTIES OF LCDS 41 2-5-4. REFRACTIVE INDEX
MISMATCHING EFFECTS IN PI-CELL TYPE LCDS 47 2-6. EXPERIMENTAL
ANDNUMERICAL CALCULATION RESULTS OF A PI-CELL 50 2-6-1. COMPENSATING A
PI-CELL BY USING A UNIAXIAL CRYSTAL COMPENSATOR 50 2-6-2. COMPENSATING A
PI-CELL BY USING HYBRID-ALIGNED NEGATIVE C-PLATES...54 2-6-2-1.
MULTI-REFLECTION EFFECTS IN A REAL PI-CELL 56 2-6-2-2. MULTI-REFLECTION
EFFECTS IN A REAL PI-CELL WITH ADDITIONAL CRYSTAL POLARIZERS 60 2-6-2-3.
REFRACTIVE INDEX MISMATCHING EFFECTS IN A PI-CELL 63 2-6-3. NUMERICAI
CALCULATIONS OF THE MULTI-REFLECTION EFFECTS IN A PI-CELL 66 2-7.
SUMMARY 70 CHAPTER 3. UNIVERSAL OFF-AXIS LIGHT TRANSMISSION PROPERTIES
OF THE BRICHT STATE IN COMPENSATED LIQUID CRYSTAL DEVICES 3-1.
INTRODUCTION 71 V 3-2. OPTICAL PROPERTIES OF GENERAL LIQUID CRYSTAL
DEVICES 72 3-2-1. CALCULATION METHODS AND COMPENSATIONS OF THE DARK
STATES OF THE LCDS 75 3-2-2. OPTICAL PARAMETERS OF THE LCDS 76 3-2-3.
CALCULATION RESULTS OF THE OFF-AXIS LIGHT TRANSMITTANCE IN DARK
STATES...79 3-2-4. CALCULATION RESULTS OF THE OFF-AXIS LIGHT
TRANSMITTANCE IN BRIGHT STATES.83 3-3. UNIVERSAL SIMPLE MODEIS 87 3-3-1.
SIMPLE DARK AND BRIGHT STATE MODELING 87 3-3-2. 3-IAYER MODELING 90
3-4. CALCULATIONS OF THE OPTICAL PROPERTIES OF THE SIMPLE MODEIS 92
3-4-1. BASIC CALCULATIONS 92 3-4-2. ANALYSES OF THE EFFECTIVE PHASE
RETARDATION OF THE SIMPLE MODEIS 95 3-4-2-1. EFFECTIVE PHASE RETARDATION
IN THE DIRECTOR PLANE 96 3-4-2-2. EFFECTIVE PHASE RETARDATION OUT OF THE
DIRECTOR PLANE 101 3-4-3. ANALYSES OF THE OFF-AXIS LIGHT TRANSMITTANCE
OF THE SIMPLE MODEIS. ..105 3-4-3-1. OFF-AXIS LIGHT TRANSMITTANCE IN A
DARK STATE 105 3-4-3-2. OFF-AXIS LIGHT TRANSMITTANCE IN A BRIGHT STATE
105 3-5. COMPARISON OF THE VIEWING ANGLE PROPERTIES IN ALL DIRECTIONS
109 3-6. SUMMARY 116 CHAPTER 4. OPTLMIZATION OF THE BRIGHT STATE
DIRECTOR CONFIGURATION IN COMPENSATED PI-CELL DEVICES 4-1. INTRODUCTION
118 VI 4-2. OPTICAL PROPERTIES OF DIFFERENT BRIGHT STATES IN PI-CELLS
120 4-2-1. OPTICAL COMPENSATIONS OF THE DARK STATES OF THE PI-CELLS 120
4-2-2. OPTICAL PARAMETERS OF THE PI-CELLS 120 4-2-3. NUMERICAL
CALCULATIONS OF THE OFF-AXIS LIGHT TRANSMITTANCE IN DARK STATES 125
4-2-4. NUMERICAL CALCULATIONS OF THE OFF-AXIS LIGHT TRANSMITTANCE IN
BRIGHT STATES 130 4-3. UNIVERSAL BRIGHT STATE MODEL OF PI-CELLS 138
4-3-1. DARK AND BRIGHT STATE MODELING 138 4-3-2. CALCULATIONS 141 4-3-3.
ANALYSES OF THE EFFECTIVE BIREFRINGENCE IN THE DIRECTOR PLANE 143 4-3-4.
ANALYSES OF THE TRANSMITTANCE 149 4-3-5. DETAILED ANALYSES OF THE
TRANSMITTANCE OUT OF THE DIRECTOR PLANE 154 4-3-5-1. CONTRIBUTION FROM
THE POSITIVE A-PIATES 154 4-3-5-2. CONTRIBUTION FROM THE NEGATIVE
C-PLATES 156 4-4. SUMMARY 163 CHAPTER 5. LUMINANCE AND COLOR PROPERTIES
OF THE COMPENSATED LIQUID CRYSTAL DEVICES IN THEIR BRIGHT STATES 5-1.
INTRODUCTION 165 5-2. COLOR CALCULATIONS 166 5-2-1. TRISTIMULUS VALUES
ANDCOLOR MATCHING FUNCTIONS 66 VII 5-2-2. CHROMATICITY DIAGRAMS 169
5-2-3. COLOR DIFFERENCE 172 5-2-4. LLLUMINANTS 173 5-3. ANALYSES OF THE
LUMINOUS TRANSMITTANCE (Y) 177 5-3-1. THICKNESS EFFECTS ON LUMINOUS
TRANSMITTANCE AND CELL PARAMETERS... 177 5-3-2. OFF-AXIS LUMINOUS
TRANSMITTANCE 183 5-3-2-1. LUMINOUS TRANSMITTANCE IN THE BRIGHT STATE
MODEL 183 5-3-2-2. LUMINOUS TRANSMITTANCE IN REAL LCDS 184 5-3-2-3.
VIEWING ANGLE PROPERTIES OF LUMINOUS TRANSMITTANCES IN ALL DIRECTIONS
185 5-4. ANALYSES OF THE COLOR PROPERTIES 197 5-4-1. THICKNESS EFFECTS
ON COLOR PROPERTIES 197 5-4-2. CHROMATICITY COORDINATES OF THE BRIGHT
STATE MODEL IN THE OFF-AXIS VIEWING ANGLES 204 5-4-3. CHROMATICITY
COORDINATES OF THE COMMON BRIGHT STATE LCDS IN THE OFF-AXIS VIEWING
ANGLES 213 5-4-4. COLOR DIFFERENCE OF THE BRIGHT STATE MODEL IN THE
OFF-AXIS VIEWING ANGLES 227 5-4-5. COLOR DIFFERENCE OF THE COMMON BRIGHT
STATE LCDS IN THE OFF-AXIS VIEWING ANGLES 229 5-4-5-1. DETAILED ANALYSES
OF THE COLOR DIFFERENCE OF THE PI-CELL 229 5-4-5-2. DETAILED ANALYSES OF
THE COLOR DIFFERENCE OF THE TN MODE.,230 VIII 5-5. SUMMARY 241 5-5-1.
LUMINOUS TRANSMITTANCE OF THE BRIGHT STATE LCDS 241 5-5-2. COLOR
PROPERTIES OF THE BRIGHT STATE LCDS 242 CHAPTER 6. THE CONDITIONS AND
THE LIMITATIONS OF THE PERFECT PHASE COMPENSATION IN LIQUID CRYSTAL
DISPLAYS 6-1. INTRODUCTION 244 6-2. CALCULATIONS OF THE PHASE DIFFERENCE
244 6-2-1. COMPLETE METHOD 245 6-2-2. APPROXIMATE METHOD 248 6-2-3.
COMPARISON OF BOTH METHODS FOR CALCULATING THE PHASE DIFFERENCE...250
6-3. CONDITIONS AND LIMITATIONS FOR THE PERFECT PHASE COMPENSATION IN
THE SIMPLE DIRECTOR CONFIGURATIONS 253 6-3-1. RELATIONSHIP OF THE
PARAMETERS 253 6-3-2. THICKNESS RATIO FOR THE PERFECT COMPENSATION 260
6-3-3. THICKNESS RATIO FOR THE DIFFERENT DIRECTOR CONFIGURATIONS 261
6-3-4. TRANSMITTANCES IN THE COMPENSATION SYSTEM 267 6-4. APPLICATIONS
280 6-4-1. UNIFORM DIRECTOR CONFIGURATIONS 280 6-4-2. NON-UNIFORM
DIRECTOR CONFIGURATIONS 300 6-4-2-1. A PI-CELL THAT HAS DIFFERENT BRIGHT
STATE VOLTAGES (THICKNESS EFFECTS) 300 6-4-2-2. A PI-CELL THAT HAS
DIFFERENT PRETIIT ANGLES DEVICES BY EXTENDED 2X2 JONES MATRIX (THICKNESS
AND DIRECTOR TUT ANGLE EFFECTS) 301 6-5. SUMMARY 305 CHAPTER 7.
CONCLUSIONS 7-1. ANALYSIS OF THE MULTI-REFLECTION EFFECTS IN COMPENSATED
LIQUID CRYSTAL DEVICES 308 7-2. UNIVERSAL OFF-AXIS LIGHT TRANSMISSION
PROPERTIES OF THE BRIGHT STATE IN PERFECTLY COMPENSATED LIQUID CRYSTAL
DEVICES 309 7-3. OPTIMIZATION OF THE BRIGHT STATE DIRECTOR CONFIGURATION
FOR PERFECTLY COMPENSATED PI-CELL DEVICES 310 7-4. LUMINANCE AND COLOR
PROPERTIES OF THE COMPENSATED LIQUID CRYSTAL DEVICES IN THEIR BRIGHT
STATES 312 7-4-1. LUMINOUS TRANSMITTANCE OF THE BRIGHT STATE LCDS 312
7-4-2. COLOR PROPERTIES OF THE BRIGHT STATE LCDS 313 7-5. THE CONDITIONS
AND THE LIMITATIONS OF THE PERFECT PHASE COMPENSATION IN LIQUID CRYSTAL
DISPLAYS 315 APPENDIX A. CALCULATION OF THE 1-DIMENSIONAL LIQUID CRYSTAL
DIRECTOR CONFIGURATION BY THE VECTOR METHOD BASED ON THE RELAXATION
TECHNIQUE A-L. CALCULATIONS 318 A-2. PROGRAM SOURCE CODES (MATLAB) 324
APPENDIX B. CALCULATION OF THE OPTICS IN LIQUID CRYSTAL 359 B-L.
CALCULATIONS 337 B-2. PROGRAM SOURCE CODES (MATLAB) 345 APPENDIX C.
PROGRAM OVERVIEW ( LC OPTICS ) C-L. LCOPTICS MAINSCREEN 350 C-2.
POPUPMENUOFEACHLAYER 351 C-3. LAYER PROPERTIES 352 C-4. VARIABLE
REARRANGEMENT AND PLOTTING 353 C-5. PLOTTING OPTIONS 354 C-6. EXAMPLEOF
THE 2-D PLOTTING 355 C-7. EXAMPLEOF THE 3-D PLOTTING 356 C-8. EXAMPLE OF
THE CONOSCOPY PLOTTING 357 C-9. EXAMPLE OFTHELC DIRECTOR CONFIGURATION
358 REFERENCES
|
| adam_txt |
TABLE OF CONTENTS LISTOFFIGURES XI L1STOFTABLES XXIV ACKNOWLEDGEMENTS
XXV CHAPTER 1. INTRODUNTION 1-1. MOTIVATIONS AND OBJECTIVES 1 1-2.
OVERVIEWOF THE DISSERTATION 3 CHAPTER 2. ANALYSIS OF THE
MULTI-REFLECTION EFFECTS IN COMPENSATED LIQUID CRYSTAL DEVICES 2-1.
INTRODUCTION 7 2-2. ANALYTIEAL CALCULATIONS OF MULTI-REFLECTION EFFECTS
IN LCDS 9 2-3. MULTI-REFLECTION IN AN ISOTROPIC LAYER 16 2-4.
MULTI-REFLECTION IN A LIQUID CRYSTAL DEVICE WITH NO RESIDUAL RETARDATION
IN THE DARK STATE (ECB-TYPE LCD) 17 2-4-1. PHASE ANALYSIS OF THE E-RAY
AND O-RAY 20 2-4-2. ANALYSIS OF THE ANGLE OF LIGHT POLARIZATION 22
2-4-3. ANALYSIS OF TRANSMITTANCE WITHOUT CONSIDERING THE DISPERSION
PROPERTIES OF REFRACTIVE INDICES IN ECB TYPE LCDS .26 2-4-4. ANALYSIS OF
TRANSMITTANCE WITH CONSIDERING THE DISPERSION PROPERTIES OF REFRACTIVE
INDICES IN ECB TYPE LCDS 28 GESCANNT DURCH BIBLIOGRAFISCHE INFORMATIONEN
HTTP://D-NB.INFO/988752425 DIGITALISIERT DURCH IV 2-5. MULTI-REFLECTION
IN A LIQUID CRYSTAL DEVICE WITH RESIDUAL RETARDATION IN THE DARK STATE
(PI-CELL TYPE LCD) 31 2-5-1. ANALYSIS OF TRANSMITTANCE WITHOUT
CONSIDERING THE DISPERSION PROPERTIES OF REFRACTIVE INDICES IN PI-CELL
TYPE LCDS 35 2-5-2. ANALYSIS OF TRANSMITTANCE WITH CONSIDERING THE
DISPERSION PROPERTIES OF REFRACTIVE INDICES IN PI-CELL TYPE LCDS 37
2-5-3. ANALYSIS OF HIGH AND LOW FREQUENCY INTERFERENCE MODES AND THEIR
EFFECTS ON THE OPTICAL PROPERTIES OF LCDS 41 2-5-4. REFRACTIVE INDEX
MISMATCHING EFFECTS IN PI-CELL TYPE LCDS 47 2-6. EXPERIMENTAL
ANDNUMERICAL CALCULATION RESULTS OF A PI-CELL 50 2-6-1. COMPENSATING A
PI-CELL BY USING A UNIAXIAL CRYSTAL COMPENSATOR 50 2-6-2. COMPENSATING A
PI-CELL BY USING HYBRID-ALIGNED NEGATIVE C-PLATES.54 2-6-2-1.
MULTI-REFLECTION EFFECTS IN A REAL PI-CELL 56 2-6-2-2. MULTI-REFLECTION
EFFECTS IN A REAL PI-CELL WITH ADDITIONAL CRYSTAL POLARIZERS 60 2-6-2-3.
REFRACTIVE INDEX MISMATCHING EFFECTS IN A PI-CELL 63 2-6-3. NUMERICAI
CALCULATIONS OF THE MULTI-REFLECTION EFFECTS IN A PI-CELL 66 2-7.
SUMMARY 70 CHAPTER 3. UNIVERSAL OFF-AXIS LIGHT TRANSMISSION PROPERTIES
OF THE BRICHT STATE IN COMPENSATED LIQUID CRYSTAL DEVICES 3-1.
INTRODUCTION 71 V 3-2. OPTICAL PROPERTIES OF GENERAL LIQUID CRYSTAL
DEVICES 72 3-2-1. CALCULATION METHODS AND COMPENSATIONS OF THE DARK
STATES OF THE LCDS 75 3-2-2. OPTICAL PARAMETERS OF THE LCDS 76 3-2-3.
CALCULATION RESULTS OF THE OFF-AXIS LIGHT TRANSMITTANCE IN DARK
STATES.79 3-2-4. CALCULATION RESULTS OF THE OFF-AXIS LIGHT
TRANSMITTANCE IN BRIGHT STATES.83 3-3. UNIVERSAL SIMPLE MODEIS 87 3-3-1.
SIMPLE DARK AND BRIGHT STATE MODELING 87 3-3-2. "3-IAYER" MODELING 90
3-4. CALCULATIONS OF THE OPTICAL PROPERTIES OF THE SIMPLE MODEIS 92
3-4-1. BASIC CALCULATIONS 92 3-4-2. ANALYSES OF THE EFFECTIVE PHASE
RETARDATION OF THE SIMPLE MODEIS 95 3-4-2-1. EFFECTIVE PHASE RETARDATION
IN THE DIRECTOR PLANE 96 3-4-2-2. EFFECTIVE PHASE RETARDATION OUT OF THE
DIRECTOR PLANE 101 3-4-3. ANALYSES OF THE OFF-AXIS LIGHT TRANSMITTANCE
OF THE SIMPLE MODEIS. .105 3-4-3-1. OFF-AXIS LIGHT TRANSMITTANCE IN A
DARK STATE 105 3-4-3-2. OFF-AXIS LIGHT TRANSMITTANCE IN A BRIGHT STATE
105 3-5. COMPARISON OF THE VIEWING ANGLE PROPERTIES IN ALL DIRECTIONS
109 3-6. SUMMARY 116 CHAPTER 4. OPTLMIZATION OF THE BRIGHT STATE
DIRECTOR CONFIGURATION IN COMPENSATED PI-CELL DEVICES 4-1. INTRODUCTION
118 VI 4-2. OPTICAL PROPERTIES OF DIFFERENT BRIGHT STATES IN PI-CELLS
120 4-2-1. OPTICAL COMPENSATIONS OF THE DARK STATES OF THE PI-CELLS 120
4-2-2. OPTICAL PARAMETERS OF THE PI-CELLS 120 4-2-3. NUMERICAL
CALCULATIONS OF THE OFF-AXIS LIGHT TRANSMITTANCE IN DARK STATES 125
4-2-4. NUMERICAL CALCULATIONS OF THE OFF-AXIS LIGHT TRANSMITTANCE IN
BRIGHT STATES 130 4-3. UNIVERSAL BRIGHT STATE MODEL OF PI-CELLS 138
4-3-1. DARK AND BRIGHT STATE MODELING 138 4-3-2. CALCULATIONS 141 4-3-3.
ANALYSES OF THE EFFECTIVE BIREFRINGENCE IN THE DIRECTOR PLANE 143 4-3-4.
ANALYSES OF THE TRANSMITTANCE 149 4-3-5. DETAILED ANALYSES OF THE
TRANSMITTANCE OUT OF THE DIRECTOR PLANE 154 4-3-5-1. CONTRIBUTION FROM
THE POSITIVE A-PIATES 154 4-3-5-2. CONTRIBUTION FROM THE NEGATIVE
C-PLATES 156 4-4. SUMMARY 163 CHAPTER 5. LUMINANCE AND COLOR PROPERTIES
OF THE COMPENSATED LIQUID CRYSTAL DEVICES IN THEIR BRIGHT STATES 5-1.
INTRODUCTION 165 5-2. COLOR CALCULATIONS 166 5-2-1. TRISTIMULUS VALUES
ANDCOLOR MATCHING FUNCTIONS '66 VII 5-2-2. CHROMATICITY DIAGRAMS 169
5-2-3. COLOR DIFFERENCE 172 5-2-4. LLLUMINANTS 173 5-3. ANALYSES OF THE
LUMINOUS TRANSMITTANCE (Y) 177 5-3-1. THICKNESS EFFECTS ON LUMINOUS
TRANSMITTANCE AND CELL PARAMETERS. 177 5-3-2. OFF-AXIS LUMINOUS
TRANSMITTANCE 183 5-3-2-1. LUMINOUS TRANSMITTANCE IN THE BRIGHT STATE
MODEL 183 5-3-2-2. LUMINOUS TRANSMITTANCE IN REAL LCDS 184 5-3-2-3.
VIEWING ANGLE PROPERTIES OF LUMINOUS TRANSMITTANCES IN ALL DIRECTIONS
185 5-4. ANALYSES OF THE COLOR PROPERTIES 197 5-4-1. THICKNESS EFFECTS
ON COLOR PROPERTIES 197 5-4-2. CHROMATICITY COORDINATES OF THE BRIGHT
STATE MODEL IN THE OFF-AXIS VIEWING ANGLES 204 5-4-3. CHROMATICITY
COORDINATES OF THE COMMON BRIGHT STATE LCDS IN THE OFF-AXIS VIEWING
ANGLES 213 5-4-4. COLOR DIFFERENCE OF THE BRIGHT STATE MODEL IN THE
OFF-AXIS VIEWING ANGLES 227 5-4-5. COLOR DIFFERENCE OF THE COMMON BRIGHT
STATE LCDS IN THE OFF-AXIS VIEWING ANGLES 229 5-4-5-1. DETAILED ANALYSES
OF THE COLOR DIFFERENCE OF THE PI-CELL 229 5-4-5-2. DETAILED ANALYSES OF
THE COLOR DIFFERENCE OF THE TN MODE.,230 VIII 5-5. SUMMARY 241 5-5-1.
LUMINOUS TRANSMITTANCE OF THE BRIGHT STATE LCDS 241 5-5-2. COLOR
PROPERTIES OF THE BRIGHT STATE LCDS 242 CHAPTER 6. THE CONDITIONS AND
THE LIMITATIONS OF THE PERFECT PHASE COMPENSATION IN LIQUID CRYSTAL
DISPLAYS 6-1. INTRODUCTION 244 6-2. CALCULATIONS OF THE PHASE DIFFERENCE
244 6-2-1. "COMPLETE" METHOD 245 6-2-2. APPROXIMATE METHOD 248 6-2-3.
COMPARISON OF BOTH METHODS FOR CALCULATING THE PHASE DIFFERENCE.250
6-3. CONDITIONS AND LIMITATIONS FOR THE PERFECT PHASE COMPENSATION IN
THE SIMPLE DIRECTOR CONFIGURATIONS 253 6-3-1. RELATIONSHIP OF THE
PARAMETERS 253 6-3-2. THICKNESS RATIO FOR THE PERFECT COMPENSATION 260
6-3-3. THICKNESS RATIO FOR THE DIFFERENT DIRECTOR CONFIGURATIONS 261
6-3-4. TRANSMITTANCES IN THE COMPENSATION SYSTEM 267 6-4. APPLICATIONS
280 6-4-1. UNIFORM DIRECTOR CONFIGURATIONS 280 6-4-2. NON-UNIFORM
DIRECTOR CONFIGURATIONS 300 6-4-2-1. A PI-CELL THAT HAS DIFFERENT BRIGHT
STATE VOLTAGES (THICKNESS EFFECTS) 300 6-4-2-2. A PI-CELL THAT HAS
DIFFERENT PRETIIT ANGLES DEVICES BY EXTENDED 2X2 JONES MATRIX (THICKNESS
AND DIRECTOR TUT ANGLE EFFECTS) 301 6-5. SUMMARY 305 CHAPTER 7.
CONCLUSIONS 7-1. ANALYSIS OF THE MULTI-REFLECTION EFFECTS IN COMPENSATED
LIQUID CRYSTAL DEVICES 308 7-2. UNIVERSAL OFF-AXIS LIGHT TRANSMISSION
PROPERTIES OF THE BRIGHT STATE IN PERFECTLY COMPENSATED LIQUID CRYSTAL
DEVICES 309 7-3. OPTIMIZATION OF THE BRIGHT STATE DIRECTOR CONFIGURATION
FOR PERFECTLY COMPENSATED PI-CELL DEVICES 310 7-4. LUMINANCE AND COLOR
PROPERTIES OF THE COMPENSATED LIQUID CRYSTAL DEVICES IN THEIR BRIGHT
STATES 312 7-4-1. LUMINOUS TRANSMITTANCE OF THE BRIGHT STATE LCDS 312
7-4-2. COLOR PROPERTIES OF THE BRIGHT STATE LCDS 313 7-5. THE CONDITIONS
AND THE LIMITATIONS OF THE PERFECT PHASE COMPENSATION IN LIQUID CRYSTAL
DISPLAYS 315 APPENDIX A. CALCULATION OF THE 1-DIMENSIONAL LIQUID CRYSTAL
DIRECTOR CONFIGURATION BY THE VECTOR METHOD BASED ON THE RELAXATION
TECHNIQUE A-L. CALCULATIONS 318 A-2. PROGRAM SOURCE CODES (MATLAB) 324
APPENDIX B. CALCULATION OF THE OPTICS IN LIQUID CRYSTAL 359 B-L.
CALCULATIONS 337 B-2. PROGRAM SOURCE CODES (MATLAB) 345 APPENDIX C.
PROGRAM OVERVIEW ("LC OPTICS") C-L."LCOPTICS"MAINSCREEN 350 C-2.
POPUPMENUOFEACHLAYER 351 C-3. LAYER PROPERTIES 352 C-4. VARIABLE
REARRANGEMENT AND PLOTTING 353 C-5. PLOTTING OPTIONS 354 C-6. EXAMPLEOF
THE 2-D PLOTTING 355 C-7. EXAMPLEOF THE 3-D PLOTTING 356 C-8. EXAMPLE OF
THE CONOSCOPY PLOTTING 357 C-9. EXAMPLE OFTHELC DIRECTOR CONFIGURATION
358 REFERENCES |
| any_adam_object | 1 |
| any_adam_object_boolean | 1 |
| author | Jang, Yong-Kyu Bos, Philip J. |
| author_facet | Jang, Yong-Kyu Bos, Philip J. |
| author_role | aut aut |
| author_sort | Jang, Yong-Kyu |
| author_variant | y k j ykj p j b pj pjb |
| building | Verbundindex |
| bvnumber | BV035082060 |
| ctrlnum | (OCoLC)244019922 (DE-599)DNB988752425 |
| dewey-full | 535.2 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
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| discipline_str_mv | Physik |
| format | Book |
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| id | DE-604.BV035082060 |
| illustrated | Illustrated |
| index_date | 2024-07-02T22:07:33Z |
| indexdate | 2024-07-09T21:21:47Z |
| institution | BVB |
| isbn | 9783836479295 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-016750287 |
| oclc_num | 244019922 |
| open_access_boolean | |
| owner | DE-92 |
| owner_facet | DE-92 |
| physical | XXVI, 363 S. graph. Darst. |
| publishDate | 2008 |
| publishDateSearch | 2008 |
| publishDateSort | 2008 |
| publisher | VDM-Verl. Müller |
| record_format | marc |
| spelling | Jang, Yong-Kyu Verfasser aut Optics of mono-domain liquid crystal displays Yong-Kyu Jang ; Philip J. Bos Saarbrücken VDM-Verl. Müller 2008 XXVI, 363 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturverz. S. 359 - 363 Flüssigkristallanzeige (DE-588)4017624-1 gnd rswk-swf Optische Eigenschaft (DE-588)4123887-4 gnd rswk-swf Flüssigkristallanzeige (DE-588)4017624-1 s Optische Eigenschaft (DE-588)4123887-4 s DE-604 Bos, Philip J. Verfasser aut DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016750287&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Jang, Yong-Kyu Bos, Philip J. Optics of mono-domain liquid crystal displays Flüssigkristallanzeige (DE-588)4017624-1 gnd Optische Eigenschaft (DE-588)4123887-4 gnd |
| subject_GND | (DE-588)4017624-1 (DE-588)4123887-4 |
| title | Optics of mono-domain liquid crystal displays |
| title_auth | Optics of mono-domain liquid crystal displays |
| title_exact_search | Optics of mono-domain liquid crystal displays |
| title_exact_search_txtP | Optics of mono-domain liquid crystal displays |
| title_full | Optics of mono-domain liquid crystal displays Yong-Kyu Jang ; Philip J. Bos |
| title_fullStr | Optics of mono-domain liquid crystal displays Yong-Kyu Jang ; Philip J. Bos |
| title_full_unstemmed | Optics of mono-domain liquid crystal displays Yong-Kyu Jang ; Philip J. Bos |
| title_short | Optics of mono-domain liquid crystal displays |
| title_sort | optics of mono domain liquid crystal displays |
| topic | Flüssigkristallanzeige (DE-588)4017624-1 gnd Optische Eigenschaft (DE-588)4123887-4 gnd |
| topic_facet | Flüssigkristallanzeige Optische Eigenschaft |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016750287&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT jangyongkyu opticsofmonodomainliquidcrystaldisplays AT bosphilipj opticsofmonodomainliquidcrystaldisplays |