Thermoelectric power in nanostructured materials: strong magnetic fields
Gespeichert in:
| Beteiligte Personen: | , |
|---|---|
| Format: | Buch |
| Sprache: | Englisch |
| Veröffentlicht: |
Berlin ; Heidelberg
Springer
2010
|
| Schriftenreihe: | Springer series in materials science
137 |
| Schlagwörter: | |
| Links: | http://deposit.dnb.de/cgi-bin/dokserv?id=3423747&prov=M&dok%5Fvar=1&dok%5Fext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020590663&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| Beschreibung: | Elektron. Ressource u.d.T.: Thermoelectric Power in Nanostructured Materials |
| Umfang: | XXVII, 393 S. graph. Darst. 235 mm x 155 mm |
| ISBN: | 9783642105708 9783642105715 |
Internformat
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Datensatz im Suchindex
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| adam_text | CONTENTS PART I THERMOELECTRIC POWER UNDER LARGE MAGNETIC FIELD IN
QUANTUM CONFINED MATERIALS 1 THERMOELECTRIC POWER IN QUANTUM DOTS UNDER
LARGE MAGNETIC FIELD 3 1 . 1 INTRODUCTION 3 1.2 THEORETICAL BACKGROUND 7
1.2.1 MAGNETOTHERMOPOWER IN QUANTUM DOTS OF NONLINEAR OPTICAL MATERIALS
7 1.2.2 MAGNETOTHERMOPOWER IN QUANTUM DOTS OF III-V MATERIALS 11 1.2.3
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF II-VI MATERIALS 19 1.2.4
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF N-GALLIUM PHOSPHIDE 20 1.2.5
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF N-GERMANIUM 21 1.2.6
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF TELLURIUM 23 1.2.7
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF GRAPHITE 25 1.2.8
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF PLATINUM ANTIMONIDE 26 1.2.9
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF ZEROGAP MATERIALS 27 1.2.10
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF II-V MATERIALS 28 1.2.11
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF GALLIUM ANTIMONIDE 29 1.2.12
MAGNETOTHERMOPOWER IN QUANTUM DOTS OF STRESSED MATERIALS 33
BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/1000033457 DIGITALISIERT
DURCH XVI CONTENTS 1.2.13 MAGNETOTHERMOPOWER IN QUANTUM DOTS OF BISMUTH
35 1.2.14 MAGNETOTHERMOPOWER IN QUANTUM DOTS OF IV-VI MATERIALS 39
1.2.15 MAGNETOTHERMOPOWER IN QUANTUM DOTS OF LEAD GERMANIUM TELLURIDE 42
1.2.16 MAGNETOTHERMOPOWER IN QUANTUM DOTS OF ZINC AND CADMIUM
DIPHOSPHIDES 43 1.2.17 MAGNETOTHERMOPOWER IN QUANTUM DOTS OF BISMUTH
TELLURIDE 44 1.2.18 MAGNETOTHERMOPOWER IN QUANTUM DOTS OF ANTIMONY 45
1.3 RESULTS AND DISCUSSION 47 1.4 OPEN RESEARCH PROBLEMS 70 REFERENCES
87 2 THERMOELECTRIC POWER IN ULTRATHIN FILMS AND QUANTUM WIRES UNDER
LARGE MAGNETIC FIELD 95 2.1 INTRODUCTION 95 2.2 THEORETICAL BACKGROUND
96 2.2.1 MAGNETOTHERMOPOWER IN QUANTUM-CONFINED NONLINEAR OPTICAL
MATERIALS 96 2.2.2 MAGNETOTHERMOPOWER IN QUANTUM-CONFINED KANE TYPE
III-V MATERIALS 99 2.2.3 MAGNETOTHERMOPOWER IN QUANTUM-CONFINED II-VI
MATERIALS 103 2.2.4 MAGNETOTHERMOPOWER IN QUANTUM-CONFINED BISMUTH 105
2.2.5 MAGNETOTHERMOPOWER IN QUANTUM-CONFINED IV-VI MATERIALS 112 2.2.6
MAGNETOTHERMOPOWER IN QUANTUM-CONFINED STRESSED MATERIALS 116 2.2.7
MAGNETOTHERMOPOWER IN CARBON NANOTUBES 117 2.3 RESULTS AND DISCUSSION
119 2.4 OPEN RESEARCH PROBLEMS 134 REFERENCES 142 3 THERMOELECTRIC POWER
IN QUANTUM DOT SUPERLATTICES UNDER LARGE MAGNETIC FIELD 145 3. CONTENTS
XVII 3.2.4 MAGNETOTHERMOPOWER IN HGTE/CDTE QUANTUM DOT SUPERLATTICES
WITH GRADED INTERFACES 155 3.2.5 MAGNETOTHERMOPOWER IN III-V QUANTUM DOT
EFFECTIVE MASS SUPERLATTICES 158 3.2.6 MAGNETOTHERMOPOWER IN II-VI
QUANTUM DOT EFFECTIVE MASS SUPERLATTICES 159 3.2.7 MAGNETOTHERMOPOWER IN
IV-VI QUANTUM DOT EFFECTIVE MASS SUPERLATTICES 160 3.2.8
MAGNETOTHERMOPOWER IN HGTE/CDTE QUANTUM DOT EFFECTIVE MASS SUPERLATTICES
162 3.3 RESULTS AND DISCUSSION 163 3.4 OPEN RESEARCH PROBLEMS 169
REFERENCES 1 70 4 THERMOELECTRIC POWER IN QUANTUM WIRE SUPERLATTICES
UNDER LARGE MAGNETIC FIELD 173 4.1 INTRODUCTION 173 4.2 THEORETICAL
BACKGROUND 173 4.2.1 MAGNETOTHERMOPOWER IN III-V QUANTUM WIRE
SUPERLATTICES WITH GRADED INTERFACES 173 4.2.2 MAGNETOTHERMOPOWER IN
II-VI QUANTUM WIRE SUPERLATTICES WITH GRADED INTERFACES 174 4.2.3
MAGNETOTHERMOPOWER IN IV-VI QUANTUM WIRE SUPERLATTICES WITH GRADED
INTERFACES 175 4.2.4 MAGNETOTHERMOPOWER IN HGTE/CDTE QUANTUM WIRE
SUPERLATTICES WITH GRADED INTERFACES 176 4.2.5 MAGNETOTHERMOPOWER IN
III-V QUANTUM WIRE EFFECTIVE MASS SUPERLATTICES 177 4.2.6
MAGNETOTHERMOPOWER IN II-VI QUANTUM WIRE EFFECTIVE MASS SUPERLATTICES
178 4.2.7 MAGNETOTHERMOPOWER IN IV-VI QUANTUM WIRE EFFECTIVE MASS
SUPERLATTICES 179 4.2.8 MAGNETOTHERMOPOWER IN HGTE/CDTE QUANTU CONTENTS
5.2.1 MAGNETOTHERMOPOWER IN NONLINEAR OPTICAL MATERIALS 191 5.2.2
MAGNETOTHERMOPOWER IN KANE TYPE III-V MATERIALS 193 5.2.3
MAGNETOTHERMOPOWER IN II-VI MATERIALS 195 5.2.4 MAGNETOTHERMOPOWER IN
BISMUTH 196 5.2.5 MAGNETOTHERMOPOWER IN IV-VI MATERIALS 198 5.2.6
MAGNETOTHERMOPOWER IN STRESSED MATERIALS 198 5.3 RESULTS AND DISCUSSION
199 5.4 OPEN RESEARCH PROBLEMS 211 REFERENCES 212 THERMOELECTRIC POWER
IN SUPERLATTICES UNDER MAGNETIC QUANTIZATION 215 6.1 INTRODUCTION 215
6.2 THEORETICAL BACKGROUND 215 6.2.1 MAGNETOTHERMOPOWER IN III-V
SUPERLATTICES WITH GRADED INTERFACES 215 6.2.2 MAGNETOTHERMOPOWER IN
II-VI SUPERLATTICES WITH GRADED INTERFACES 217 6.2.3 MAGNETOTHERMOPOWER
IN IV-VI SUPERLATTICES WITH GRADED INTERFACES 218 6.2.4
MAGNETOTHERMOPOWER IN HGTE/CDTE SUPERLATTICES WITH GRADED INTERFACES 220
6.2.5 MAGNETOTHERMOPOWER IN III-V EFFECTIVE MASS SUPERLATTICES 221 6.2.6
MAGNETOTHERMOPOWER IN II-VI EFFECTIVE MASS SUPERLATTICES 222 6.2.7
MAGNETOTHERMOPOWER IN IV-VI EFFECTIVE MASS SUPERLATTICES 223 6.2.8
MAGNETOTHERMOPOWER IN HGTE/CDTE EFFECTIVE MASS SUPERLATTICES 224 6.2.9
MAGNETOTHERMOPOWER IN III-V QUANTUM WELL SUPERLATTICES WITH GRADED
INTERFACES 225 6.2.10 MAGNETOTHERMOPOWER IN II-VI QUANTUM WEL CONTENTS
XIX 6.3 RESULTS AND DISCUSSION 230 6.4 OPEN RESEARCH PROBLEMS 237
REFERENCES 240 7 THERMOELECTRIC POWER IN ULTRATHIN FILMS UNDER MAGNETIC
QUANTIZATION 24 1 7.1 INTRODUCTION 241 7.2 THEORETICAL BACKGROUND 241
7.2.1 MAGNETOTHERMOPOWER IN ULTRATHIN FILMS OF NONLINEAR OPTICAL
MATERIALS 241 7.2.2 MAGNETOTHERMOPOWER IN ULTRATHIN FILMS OF KANE TYPE
III-V MATERIALS 242 7.2.3 MAGNETOTHERMOPOWER IN ULTRATHIN FILMS OF II-VI
MATERIALS 244 7.2.4 MAGNETOTHERMOPOWER IN ULTRATHIN FILMS OF BISMUTH 245
7.2.5 MAGNETOTHERMOPOWER IN ULTRATHIN FILMS OF IV-VI MATERIALS 247 7.2.6
MAGNETOTHERMOPOWER IN ULTRATHIN FILMS OF STRESSED MATERIALS 247 7.3
RESULTS AND DISCUSSION 247 7.4 OPEN RESEARCH PROBLEMS 253 REFERENCES 256
PART III THERMOELECTRIC POWER UNDER LARGE MAGNETIC FIELD IN QUANTUM
CONFINED OPTOELECTRONIC MATERIALS IN THE PRESENCE OF LIGHT WAVES 8
OPTOTHERMOELECTRIC POWER IN ULTRATHIN FILMS AND QUANTUM WIRES OF
OPTOELECTRONIC MATERIALS UNDER LARGE MAGNETIC FIELD 259 8. 1
INTRODUCTION 259 8.2 THEORETICAL BACKGROUND 260 8.2.1 OPTOTHERMOELECTRIC
POWER IN ULTRATHIN FILMS OF OPTOELECTRONIC MATERIALS UNDER LARGE
MAGNETIC FIELD 260 8.2.2 OPTOTHERMOELECTRIC POWER IN QUANTUM WIRES O XX
CONTENTS 9 OPTOTHERMOELECTRIC POWER IN QUANTUM DOTS OF OPTOELECTRONIC
MATERIALS UNDER LARGE MAGNETIC FIELD 295 9.1 INTRODUCTION 295 9.2
THEORETICAL BACKGROUND 295 9.2.1 MAGNETOTHERMOPOWER IN QUANTUM DOTS OF
OPTOELECTRONIC MATERIALS 295 9.3 RESULTS AND DISCUSSION 296 9.4 OPEN
RESEARCH PROBLEM 299 REFERENCE 299 10 OPTOTHERMOELECTRIC POWER IN
QUANTUM-CONFINED SEMICONDUCTOR SUPERLATTICES OF OPTOELECTRONIC MATERIALS
UNDER LARGE MAGNETIC FIELD 301 10.1 INTRODUCTION 301 10.2 THEORETICAL
BACKGROUND 301 10.2.1 MAGNETOTHERMOPOWER IN III-V QUANTUM WIRE EFFECTIVE
MASS SUPERLATTICES 301 10.2.2 MAGNETOTHERMOPOWER IN III-V QUANTUM DOT
EFFECTIVE MASS SUPERLATTICES 303 10.2.3 MAGNETOTHERMOPOWER IN III-V
QUANTUM WIRE SUPERLATTICES WITH GRADED INTERFACES 303 10.2.4
MAGNETOTHERMOPOWER IN III-V QUANTUM DOT SUPERLATTICES WITH GRADED
INTERFACES 305 10.3 RESULTS AND DISCUSSION 306 10.4 OPEN RESEARCH
PROBLEMS 312 REFERENCE 315 PART IV THERMOELECTRIC POWER UNDER MAGNETIC
QUANTIZATION IN MACRO AND MICRO-OPTOELECTRONIC MATERIALS IN THE PRESENCE
OF LIGHT WAVES 11 OPTOTHERMOELECTRIC POWER IN MACRO-OPTOELECTRONIC
MATERIALS UNDER MAGNETIC QUANTIZATION 319 11.1 INTRODUCTION 319 1 1.
CONTENTS XXI 12.3 RESULTS AND DISCUSSION 334 12.4 OPEN RESEARCH PROBLEM
338 REFERENCE 338 13 OPTOTHERMOELECTRIC POWER IN SUPERLATTICES OF
OPTOELECTRONIC MATERIALS UNDER MAGNETIC QUANTIZATION 339 13.1
INTRODUCTION 339 13.2 THEORETICAL BACKGROUND 339 13.2.1
MAGNETOTHERMOPOWER IN III-V QUANTUM WELL-EFFECTIVE MASS SUPERLATTICES
339 13.2.2 MAGNETOTHERMOPOWER IN III-V QUANTUM WELL SUPERLATTICES WITH
GRADED INTERFACES 341 13.3 RESULTS AND DISCUSSION 343 13.4 OPEN RESEARCH
PROBLEMS 346 REFERENCES 348 14 APPLICATIONS AND BRIEF REVIEW OF
EXPERIMENTAL RESULTS 349 14.1 INTRODUCTION 349 14.2 APPLICATIONS 349
14.2.1 EFFECTIVE ELECTRON MASS 349 14.2.2 DEBYE SCREENING LENGTH 350
14.2.3 CARRIER CONTRIBUTION TO THE ELASTIC CONSTANTS 351 14.2.4
DIFFUSIVITY-MOBILITY RATIO 351 14.2.5 DIFFUSION COEFFICIENT OF THE
MINORITY CARRIERS 353 14.2.6 NONLINEAR OPTICAL RESPONSE 353 14.2.7
THIRD-ORDER NONLINEAR OPTICAL SUSCEPTIBILITY 353 14.2.8 GENERALIZED
RAMAN GAIN 354 14.3 BRIEF REVIEW OF EXPERIMENTAL WORKS 354 14.3.1 BULK
SAMPLES 354 14.3.2 NANOSTRUCTURED MATERIALS 358 14.4 OPEN RESEARCH
PROBLEM 362 REFERENCES 362 15 CONCLUSION AND FUTURE RESEARCH 367
REFERENCES 370 A. 1 NONLINEAR OPTICAL MATERIALS AND CD3 AS2 371 A. XXII
CONTENTS A.5 BISMUTH TELLURIDE 376 A.6 STRESSED MATERIALS 376 A.7 IV-VI
SEMICONDUCTORS 377 A.7.1 BANGERT AND KAESTNER MODEL 377 A.7.2 COHEN MODEL
377 A.7.3 DIMMOCK MODEL 378 A.7.4 FOLEY AND LANGENBERG MODEL 380 A.8
N-GE 382 A.8.1 MODEL OF CARDONA ET AL 382 A.8.2 MODEL OF WANG AND
RESSLER 382 A.9 PLATINUM ANTIMONIDE 384 A.10 N-GASB 385 A.LL N-TE 385
A.12 BISMUTH 386 A.12.1 MCCLURE AND CHOI MODEL 386 A.12.2 HYBRID MODEL
387 A. 12.3 LAX ELLIPSOIDAL NONPARABOLIC MODEL 388 A. 12.4 ELLIPSOIDAL
PARABOLIC MODEL 388 A. 13 OPEN RESEARCH PROBLEM 388 REFERENCE 388
SUBJECT INDEX 389 MATERIAL INDEX 393
|
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| id | DE-604.BV036671578 |
| illustrated | Illustrated |
| indexdate | 2024-12-20T14:39:28Z |
| institution | BVB |
| isbn | 9783642105708 9783642105715 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-020590663 |
| oclc_num | 699649231 |
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| owner | DE-19 DE-BY-UBM DE-11 DE-703 |
| owner_facet | DE-19 DE-BY-UBM DE-11 DE-703 |
| physical | XXVII, 393 S. graph. Darst. 235 mm x 155 mm |
| publishDate | 2010 |
| publishDateSearch | 2010 |
| publishDateSort | 2010 |
| publisher | Springer |
| record_format | marc |
| series | Springer series in materials science |
| series2 | Springer series in materials science |
| spellingShingle | Ghatak, Kamakhya Prasad 1953- Bhattacharya, Sitangshu Thermoelectric power in nanostructured materials strong magnetic fields Springer series in materials science Thermoelektrizität (DE-588)4185148-1 gnd Nanostrukturiertes Material (DE-588)4342626-8 gnd Hochmagnetfeld (DE-588)4160168-3 gnd |
| subject_GND | (DE-588)4185148-1 (DE-588)4342626-8 (DE-588)4160168-3 |
| title | Thermoelectric power in nanostructured materials strong magnetic fields |
| title_auth | Thermoelectric power in nanostructured materials strong magnetic fields |
| title_exact_search | Thermoelectric power in nanostructured materials strong magnetic fields |
| title_full | Thermoelectric power in nanostructured materials strong magnetic fields Kamakhya Prasad Ghatak ; Sitangshu Bhattacharya |
| title_fullStr | Thermoelectric power in nanostructured materials strong magnetic fields Kamakhya Prasad Ghatak ; Sitangshu Bhattacharya |
| title_full_unstemmed | Thermoelectric power in nanostructured materials strong magnetic fields Kamakhya Prasad Ghatak ; Sitangshu Bhattacharya |
| title_short | Thermoelectric power in nanostructured materials |
| title_sort | thermoelectric power in nanostructured materials strong magnetic fields |
| title_sub | strong magnetic fields |
| topic | Thermoelektrizität (DE-588)4185148-1 gnd Nanostrukturiertes Material (DE-588)4342626-8 gnd Hochmagnetfeld (DE-588)4160168-3 gnd |
| topic_facet | Thermoelektrizität Nanostrukturiertes Material Hochmagnetfeld |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=3423747&prov=M&dok%5Fvar=1&dok%5Fext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020590663&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV000683335 |
| work_keys_str_mv | AT ghatakkamakhyaprasad thermoelectricpowerinnanostructuredmaterialsstrongmagneticfields AT bhattacharyasitangshu thermoelectricpowerinnanostructuredmaterialsstrongmagneticfields |