Superconductors at the nanoscale: from basic research to applications
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| Format: | Buch |
| Sprache: | Englisch |
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De Gruyter
[2017]
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| Links: | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029717703&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| Umfang: | XIV, 493 Seiten Illustrationen, Diagramme 24 cm x 17 cm |
| ISBN: | 9783110456202 3110456206 |
Internformat
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| 245 | 1 | 0 | |a Superconductors at the nanoscale |b from basic research to applications |c edited by Roger Wördenweber, Victor Moshchalkov, Simon Bending and Francesco Tafuri |
| 264 | 1 | |a Berlin/Boston |b De Gruyter |c [2017] | |
| 264 | 4 | |c © 2017 | |
| 300 | |a XIV, 493 Seiten |b Illustrationen, Diagramme |c 24 cm x 17 cm | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
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| 700 | 1 | |a Wördenweber, Roger |0 (DE-588)1141698013 |4 edt | |
| 700 | 1 | |a Moshchalkov, Victor V. |d 1952- |0 (DE-588)1089552890 |4 edt | |
| 700 | 1 | |a Bending, Simon |0 (DE-588)1141698595 |4 edt | |
| 700 | 1 | |a Tafuri, Francesco |4 edt | |
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| 943 | 1 | |a oai:aleph.bib-bvb.de:BVB01-029717703 | |
Datensatz im Suchindex
| _version_ | 1819261197956939776 |
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| adam_text | CONTENTS
FOREWORD* XIII
ROGER WOERDENWEBER AND JOHAN VANACKEN
TUTORIAL ON NANOSTRUCTURED SUPERCONDUCTORS * 1
1 INTRODUCTION * 1
2 A BRIEF HISTORY OF SUPERCONDUCTIVITY* 1
3 SPECIFIC PROPERTIES OF SUPERCONDUCTORS * 4
4 THEORETICAL UNDERSTANDING * 4
4.1 MICROSCOPIC APPROACH OF BARDEEN, COOPER, AND SCHRIEFFER* 4
4.2 THERMODYNAMIC APPROACH OF GINZBURG AND LANDAU * 7
4.3 TYPE-1 AND TYPE-LL SUPERCONDUCTORS * 9
4.4 FLUX PINNING AND SUMMATION THEORY * 12
4.5 FLUX CREEP AND THERMALLY ASSISTED FLUX LOW * 16
4.6 JOSEPHSON EFFECTS * 17
5 APPLICATION OF SUPERCONDUCTIVITY* 21
6 SUPERCONDUCTORS AT THE NANOSCALE * 23
ISABEL GUILLAMOEN, JOSE GABRIEL RODRIGO, SEBASTIAN VIEIRA, AND HERMANN
SUDEROW
1 IMAGING VORTICES IN SUPERCONDUCTORS: FROM THE ATOMIC SCALE TO
MACROSCOPIC
DISTANCES * 29
1.1 INTRODUCTION * 29
1.1.1 FORMALISMS TO TREAT ATOMIC SIZE TUNNELING* 31
1.1.2 ELECTRONIC SCATTERING AND FERMI WAVELENGTH * 32
1.1.3 TUNNELING WITH MULTIPLE CONDUCTANCE CHANNELS * 34
1.1.4 FROM TUNNELING INTO CONTACT: NORMAL PHASE * 35
1.1.5 FROM TUNNELING INTO CONTACT: SUPERCONDUCTING PHASE * 36
1.2 MAPPING THE SUPERCONDUCTING CONDENSATE AT THE LENGTH SCALES OF THE
COHERENCE LENGTH AND BELOW * 39
1.2.1 GAP STRUCTURE AND ATOMIC SIZE TUNNELING* 39
1.2.2 GAP STRUCTURE FROM FERMI SEA OSCILLATIONS * 41
1.2.3 GAP STRUCTURE AND VORTEX SHAPE * 41
1.3 MAPPING THE SUPERCONDUCTING CONDENSATE AT LARGE SCALES * 43
1.3.1 TECHNIQUES SENSING THE LOCAL MAGNETIC FIELD * 43
1.3.2 INTRODUCTION TO THE VORTEX LATTICE WITH STM * 44
1.3.3 VORTEX LATTICE MELTING * 46
1.3.4 VORTEX LATTICE CREEP * 47
1.3.5 COMMENSURATE TO INCOMMENSURATE TRANSITIONS IN NANOSTRUCTURED
SUPERCONDUCTORS* 49
1.3.6 ORDER-DISORDER TRANSITION * 51
1.4 CONCLUSIONS
------
55
JORIS VAN DE VONDEL, BART RAES, AND ALEJANDRO V. SILHANEK
2 PROBING VORTEX DYNAMICS ON A SINGLE VORTEX LEVEL BY SCANNING
AC-SUSCEPTIBILITY MICROSCOPY * 61
2.1 GENERAL INTRODUCTION TO AC SUSCEPTIBILITY* 61
2.1.1 AC RESPONSE OF A DAMPED HARMONIC OSCILLATOR* 62
2.1.2 AC RESPONSE OF A SUPERCONDUCTOR* 66
2.2 SCANNING SUSCEPTIBILITY MEASUREMENTS * 77
2.2.1 SCANNING AC-SUSCEPTIBILITY MICROSCOPY * 77
2.2.2 SSM ON A SUPERCONDUCTING STRIP, RESPONSE OF INDIVIDUAL VORTICES *
79
2.2.3 EXAMPLES OF APPLICATION OF THE SSM TECHNIQUE * 86
2.3 CONCLUSION AND OUTLOOK* 89
TRISTAN CREN, CHRISTOPHE BRUN, AND DIMITRI RODITCHEV
3 STM STUDIES OF VORTEX CORES IN STRONGLY CONFINED NANOSCALE
SUPERCONDUCTORS * 93
3.1 INTRODUCTION: VORTICES IN STRONGLY CONFINED SUPERCONDUCTORS* 93
3.2 THEORETICAL APPROACH OF VORTICES CONFINED IN SYSTEMS MUCH SMALLER
THAN
THE PENETRATION DEPTH * 96
3.2.1 CHARACTERISTIC LENGTH SCALES * 96
3.2.2 VORTEX STATES IN SMALL SUPERCONDUCTORS* 97
3.2.3 FLUXOID
-----
99
3.2.4 ZERO-CURRENT LINE: MEISSNER VERSUS VORTEX CURRENTS* 100
3.2.5 KINETIC ENERGY BALANCE: MEISSNER STATE * 101
3.2.6 KINETIC ENERGY BALANCE: VORTEX STATE * 101
3.2.7 KINETIC ENERGY BALANCE: GIANT VORTEX STATE * 104
3.3 STM/STS STUDIES OF VORTICES IN NANOSYSTEMS * 105
3.3.1 VORTEX CORE IMAGING BY STM/STS * 105
3.3.2 STM STUDIES ON EX SITU NANOLITHOGRAPHED SAMPLES * 106
3.3.3 A MODEL SYSTEM FOR CONFINEMENT STUDIES: P B /S I(LLL) * 107
3.3.4 ULTIMATE CONFINEMENT: THE SINGLE VORTEX BOX * 108
3.3.5 CONFINEMENT EFFECT OF SUPERCURRENTS AND SURFACE
SUPERCONDUCTIVITY
-----
113
3.3.6 IMAGING OF GIANT VORTEX CORES * 114
3.4 PROXIMITY JOSEPHSON VORTICES * 118
3.4.1 PROXIMITY EFFECT * 118
3.4.2 ANDREEV REFLECTION * 119
3.4.3 PROXIMITY EFFECT IN DIFFUSIVE SNS JUNCTIONS * 119
3.4.4 JOSEPHSON VORTICES IN S -N -S JUNCTIONS * 121
3.4.5 IMAGING OF JOSEPHSON PROXIMITY VORTICES * 122
3.4.6 INTERPRETATION OF THE VORTEX STRUCTURE * 125
3.5 CONCLUSION * 128
E. BABAEV, J. CARLSTROEM, M. SILAEV, AND J.M. SPEIGHT
4 TYPE-1.5 SUPERCONDUCTIVITY * 133
4.1 INTRODUCTION * 133
4.1.1 TYPE-1.5 SUPERCONDUCTIVITY* 135
4.2 THE TWO-BAND GINZBURG-LANDAU MODEL WITH ARBITRARY INTERBAND
INTERACTIONS. DEFINITION OF THE COHERENCE LENGTHS AND TYPE-1.5
REGIME * 136
4.2.1 FREE ENERGY FUNCTIONAL * 136
4.3 COHERENCE LENGTHS AND INTERVORTEX FORCES AT LONG RANGE IN MULTIBAND
SUPERCONDUCTORS * 139
4.4 CRITICAL COUPLING (BOGOMOL*NYI POINT) * 142
4.5 MICROSCOPIC THEORY OF TYPE-1.5 SUPERCONDUCTIVITY IN
U(
1) MULTIBAND
CASE * 143
4.5.1 MICROSCOPIC GINZBURG-LANDAU EXPANSION
FOR 1/(1) TWO-BAND SYSTEM * 144
4.5.2 TEMPERATURE DEPENDENCE OF COHERENCE LENGTHS * 146
4.6 SYSTEMS WITH GENERIC BREAKDOWN OFTYPE-L/TYPE-2 DICHOTOMY * 149
4.7 STRUCTURE OF VORTEX CLUSTERS IN THE TYPE-1.5 REGIME IN A
TWO-COMPONENT
SUPERCONDUCTOR* 149
4.8 MACROSCOPIC SEPARATION IN DOMAINS OF DIFFERENT BROKEN SYMMETRIES IN
TYPE-1.5 SUPERCONDUCTING STATE * 151
4.8.1 MACROSCOPIC PHASE SEPARATION INTO 1/(1)
X
1/(1) AND 1/(1) DOMAINS IN THE
TYPE-1.5 REGIME * 152
4.8.2 MACROSCOPIC PHASE SEPARATION IN 1/(1) AND
U(
1)
X
Z2 DOMAINS IN
THREE-BAND TYPE-1.5 SUPERCONDUCTORS * 152
4.8.3 NONLINEAR EFFECTS AND LONG-RANGE INTERVORTEX INTERACTION
IN S +
IS
SUPERCONDUCTORS * 155
4.9 FLUCTUATION EFFECTS IN TYPE-1.5 SYSTEMS * 155
4.10 MISCONCEPTIONS * 158
4.11 CONCLUSION * 162
JUN-YI GE, VLADIMIR N. GLADILIN, JOFFRE GUTIERREZ, AND VICTOR V.
MOSHCHALKOV
5 DIRECT VISUALIZATION OF VORTEX PATTERNS IN SUPERCONDUCTORS WITH
COMPETING
VORTEX-VORTEX INTERACTIONS * 165
5.1 INTRODUCTION * 165
5.2 CLASSIFICATION OF SUPERCONDUCTORS* 166
5.2.1 SINGLE-COMPONENT SUPERCONDUCTORS * 166
5.2.2 TYPE-1.5 SUPERCONDUCTORS * 169
5.3 EXPERIMENTAL * 170
5.4 TYPE-1 SUPERCONDUCTOR WITH LONG-RANGE REPULSIVE AND SHORT-RANGE
ATTRACTIVE V-V INTERACTION * 171
5.4.1 FLUX PATTERNS OF THE INTERMEDIATE STATE * 171
5.4.2 TOPOLOGICAL HYSTERESIS * 174
5.4.3 QUANTIZATION OF FLUXOIDS IN THE INTERMEDIATE STATE * 175
5.4.4 DYNAMICS OF FLUX PATTERNS * 179
5.5 TYPE-LL/1 SUPERCONDUCTOR WITH SHORT-RANGE REPULSIVE AND LONG-RANGE
ATTRACTIVE V-V INTERACTION * 184
5.5.1 VORTEX PHASE DIAGRAM * 184
5.5.2 VORTEX PATTERN EVOLUTION
-----
185
5.5.3 VORTEX CLUSTERS IN THE IMS * 188
5.6 CONCLUSIONS AND OUTLOOK
-----
189
ANNA PALAU, VICTOR ROUCO, ROBERTO F. LUCCAS, XAVIER OBRADORS, AND TERESA
PUIG
6 VORTEX DYNAMICS IN NANOFABRICATED CHEMICAL SOLUTION DEPOSITION
HIGH-TEMPERATURE SUPERCONDUCTING FILMS * 195
6.1 INTRODUCTION
-----
195
6.2 CHEMICAL SOLUTION DEPOSITION (CSD) * 196
6.2.1 PRECURSOR SOLUTION * 196
6.2.2 SOLUTION DEPOSITION * 197
6.2.3 PYROLYSIS
-----
198
6.2.4 GROWTH AND OXYGENATION * 198
6.3 ARTIFICIAL PINNING CENTERS IN CSD-YBCO FILMS * 199
6.3.1 ELECTRON BEAM LITHOGRAPHY * 201
6.3.2 FOCUSED ION BEAM LITHOGRAPHY* 202
6.4 MANIPULATING VORTEX DYNAMICS IN YBCO FILMS WITH APC * 203
6.4.1 PHYSICAL CHARACTERIZATION TECHNIQUES * 203
6.4.2 ARTIFICIALLY ORDERED PINNING CENTER ARRAYS * 207
6.5 GENERAL CONCLUSIONS * 217
ROGER WOERDENWEBER
7 ARTIFICIAL PINNING SITES AND THEIR APPLICATIONS * 221
7.1 INTRODUCTION * 221
7.2 ARTIFICIAL PINNING SITES
-----
223
7.3 VORTEX MANIPULATION VIA ANTIDOTS * 227
7.3.1 VORTEX-ANTIDOT INTERACTION AND MULTIQUANTA VORTICES * 227
7.3.2 GUIDED VORTEX MOTION * 230
7.3.3 VORTICES AT HIGH VELOCITY
-----
234
7.4 ARTIFICIAL PINNING SITES IN SUPERCONDUCTING ELECTRONIC DEVICES * 237
7.4.1 FLUX PENETRATION IN SUPERCONDUCTING ELECTRONIC DEVICES * 237
7.4.2 STRATEGICALLY POSITIONED ANTIDOTS IN JOSEPHSON-JUNCTION-BASED
DEVICES * 239
7.4.3 ANTIDOTS IN MICROWAVE DEVICES * 242
7.4.4 CONCEPTS FOR FLUXONIC DEVICES * 245
7.5 CONCLUSIONS
------
248
ENRICO SILVA, NICOLA POMPEO, AND OLEKSANDR V. DOBROVOLSKIY
8 VORTICES AT MICROWAVE FREQUENCIES * 253
8.1 INTRODUCTION * 253
8.2 VORTEX MOTION COMPLEX RESISTIVITY * 257
8.3 HIGH-FREQUENCY VORTEX DYNAMICS IN THIN FILMS * 261
8.4 MEASUREMENT TECHNIQUES * 262
8.5 MICROWAVE VORTEX RESPONSE IN S/F/S HETEROSTRUCTURES * 264
8.6 MICROWAVE VORTEX RESPONSE IN VBAZLUZO^S WITH NANORODS * 266
8.7 MICROWAVE VORTEX RESPONSE IN NB FILMS WITH NANOGROOVE ARRAYS * 269
8.8 CONCLUSION * 273
8.9 ACKNOWLEDGEMENTS* 273
ALEXANDER KORNEEV, ALEXANDER SEMENOV, DENIS VODOLAZOV, GREGORY N.
GOPTSMAN,
AND ROMAN SOBOLEWSKI
9 PHYSICS AND OPERATION OF SUPERCONDUCTING SINGLE-PHOTON DEVICES * 279
9.1 INTRODUCTION: WHAT IS A SUPERCONDUCTING SINGLE-PHOTON DETECTOR* 279
9.2 OPERATIONAL PRINCIPLES OF SSPDS
-----
282
9.2.1 PHOTORESPONSE OF SUPERCONDUCTING NANOSTRIPES * 282
9.2.2 SSPDS IN AN EXTERNAL MAGNETIC FIELD * 287
9.2.3 ORIGIN OF DARK COUNTS IN SSPDS * 289
9.2.4 PRODUCTION OF SSPD OUTPUT VOLTAGE PULSES * 291
9.3 METHODS OF EXPERIMENTAL INVESTIGATION
AND CHARACTERIZATION OF SSPDS * 294
9.3.1 SSPD FABRICATION * 294
9.3.2 EXPERIMENTAL CHARACTERIZATION OF SSPDS * 295
9.3.3 DEMONSTRATION OF SSPD SINGLE-PHOTON SENSITIVITY AND ITS DETECTION
EFFICIENCY * 296
9.3.4 MEASUREMENTS OF SSPD TIMING JITTER * 299
9.3.5 COUPLING OF INCOMING LIGHT TO SSPD AS A METHOD
TO INCREASE SYSTEM DETECTION EFFICIENCY* 300
9.4 CONCLUSION AND FUTURE RESEARCH DIRECTIONS * 302
DAVIDE MASSAROTTI, THILO BAUCH, FLORIANA LOMBARDI, AND FRANCESCO TAFURI
10 JOSEPHSON AND CHARGING EFFECT IN MESOSCOPIC SUPERCONDUCTING
DEVICES * 309
10.1 INTRODUCTION AND HISTORICAL BACKGROUND * 309
10.2 BRIEF INTRODUCTORY NOTES ON THE JOSEPHSON EFFECT: MAIN EQUATIONS,
SCALING ENERGIES AND QUANTUM IMPLICATIONS * 310
10.2.1 JOSEPHSON EFFECT FROM QUASIPARTICLE ANDREEV-BOUND STATES * 313
10.2.2 I-V CHARACTERISTICS AND PHASE DYNAMICS,
THE RESISTIVELY SHUNTED JUNCTION MODEL * 315
10.3 WHY SCALE JUNCTIONS TO THE *NANOSCALE ? FROM FABRICATION TO GENERAL
PROPERTIES AND MAIN PARAMETERS
-----
321
10.3.1 FABRICATION * 322
10.3.2 HYBRID COPLANAR STRUCTURES: FROM 2D-GAS TO GRAPHENE AND
TOPOLOGICAL
INSULATOR BARRIERS * 322
10.3.3 SUBMICRON HTS JOSEPHSON JUNCTIONS, ENERGY SCALES AND MESOSCOPIC
EFFECTS * 325
10.4 CHARGING EFFECTS IN ULTRASMALL JUNCTIONS * 327
10.4.1 INTRODUCTION TO SINGLE-ELECTRON TUNNELING AND PARITY EFFECT * 327
10.4.2 UNCONVENTIONAL PARITY EFFECT IN DX
2 _ Y 2
SUPERCONDUCTORS * 330
10.5 CONCLUSIONS * 332
MARIA JOSE MARTFNEZ-PEREZ AND DIETER KOELLE
11 NANOSQUIDS: BASICS & RECENT ADVANCES * 339
11.1 INTRODUCTION * 339
11.2 SQUIDS: SOME BASIC CONSIDERATIONS * 341
11.2.1 RESISTIVELY AND CAPACITIVELY SHUNTED JUNCTION MODEL * 342
11.2.2 DC SQUID BASICS
-----
343
11.2.3 SQUID READOUT * 345
11.3 NANOSQUIDS: DESIGN, FABRICATION & PERFORMANCE * 347
11.3.1 NANOSQUIDS: DESIGN CONSIDERATIONS * 347
11.3.2 NANOSQUIDS BASED ON METALLIC SUPERCONDUCTORS * 351
11.3.3 NANOSQUIDS BASED ON CUPRATE SUPERCONDUCTORS
-----
359
11.4 NANOSQUIDS FOR MAGNETIC PARTICLE DETECTION * 361
11.4.1 NANOPARTICLE POSITIONING * 361
11.4.2 MAGNETIZATION MEASUREMENTS * 364
11.4.3 SUSCEPTIBILITY MEASUREMENTS * 366
11.5 NANOSQUIDS FOR SCANNING SQUID MICROSCOPY
-----
369
11.5.1 SQUID MICROSCOPES USING DEVICES ON PLANAR SUBSTRATES
-----
369
11.5.2 SQUID-ON-TIP (SOT) MICROSCOPE * 371
11.6 SUMMARY AND OUTLOOK * 373
REINHOLD KLEINERAND HUABINGWANG
12 B^SRRCACURO INTRINSIC JOSEPHSON JUNCTION STACKS AS EMITTERS OF
TERAHERTZ
RADIATION * 383
12.1 INTRODUCTION * 383
12.2 GENERAL PROPERTIES OF INTRINSIC JOSEPHSON JUNCTIONS * 384
12.3 THEORETICAL CONCEPTS * 389
12.4 COHERENT THZ RADIATION FROM LARGE INTRINSIC JOSEPHSON JUNCTION
STACKS * 394
ALEXANDER MEL*NIKOV, SERGEY MIRONOV, AND ALEXANDER BUZDIN
13 INTERFERENCE PHENOMENA IN SUPERCONDUCTOR-FERROMAGNET HYBRIDS * 409
13.1 INTRODUCTION * 409
13.2 JOSEPHSON CURRENT THROUGH THE COMPOSITE FERROMAGNETIC LAYER* 411
13.3 INTERFERENCE PHENOMENA IN NANOWIRES * 422
13.3.1 BOGOLIUBOV-DE GENNES APPROACH * 423
13.3.2 GINZBURG-LANDAU APPROACH * 427
13.4 MESOSCOPIC FLUCTUATIONS * 430
13.5 CONCLUSION
-----
436
JACOB LINDERAND SOL H. JACOBSEN
14 SPIN-ORBIT INTERACTIONS, SPIN CURRENTS, AND MAGNETIZATION DYNAMICS IN
SUPERCONDUCTOR/FERROMAGNET HYBRIDS * 441
14.1 SPIN-ORBIT COUPLING FROM INVERSION SYMMETRY BREAKING: NOVEL
PHENOMENA IN SF STRUCTURES * 441
14.1.1 FROM SINGLET TO TRIPLET COOPER PAIRS * 442
14.1.2 SPIN-VALVE FUNCTIONALITY WITH A SINGLE FERROMAGNET * 444
14.1.3 PURE TRIPLET PROXIMITY EFFECT PROTECTED VIA PARITY SYMMETRY * 447
14.2 CONTROLLING SPIN FLOW WITH SUPERCONDUCTORS * 451
14.2.1 SPIN SUPERCURRENTS * 451
14.2.2 ENHANCED SPIN LIFETIMES AND RELAXATION LENGTHS
IN SUPERCONDUCTORS* 454
14.3 MAGNETIZATION DYNAMICS AND SPIN TORQUES IN SUPERCONDUCTORS * 457
14.3.1 DOMAIN WALL MOTION IN SUPERCONDUCTING STRUCTURES * 457
14.3.2 MAGNETIZATION SWITCHING AND PG-STATES IN JOSEPHSON JUNCTIONS *
460
14.3.3 SPIN-TRANSFER TORQUES TUNABLE VIA THE SUPERCONDUCTING PHASE * 463
MARK GIFFARD BLAMIRE
15 SUPERCONDUCTOR/FERROMAGNET HYBRIDS * 473
15.1 INTRODUCTION * 473
15.2 SINGLET PROXIMITY COUPLING* 475
15.3 EXCHANGE FIELDS AND DOS SPLITTING IN SUPERCONDUCTORS * 477
15.4 TRIPLET PAIRING IN HYBRID SYSTEMS * 479
15.5 ABRIKOSOV VORTEX PINNING IN HYBRID SYSTEMS * 480
15.6 POTENTIAL APPLICATIONS * 481
INDEX* 487
|
| any_adam_object | 1 |
| author2 | Wördenweber, Roger Moshchalkov, Victor V. 1952- Bending, Simon Tafuri, Francesco |
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| author_facet | Wördenweber, Roger Moshchalkov, Victor V. 1952- Bending, Simon Tafuri, Francesco |
| building | Verbundindex |
| bvnumber | BV044314117 |
| ctrlnum | (OCoLC)934812294 (DE-599)DNB1080841008 |
| dewey-full | 530 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 530 - Physics |
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| dewey-sort | 3530 |
| dewey-tens | 530 - Physics |
| discipline | Physik |
| format | Book |
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| id | DE-604.BV044314117 |
| illustrated | Illustrated |
| indexdate | 2024-12-20T17:59:37Z |
| institution | BVB |
| institution_GND | (DE-588)10095502-2 |
| isbn | 9783110456202 3110456206 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-029717703 |
| oclc_num | 934812294 |
| open_access_boolean | |
| owner | DE-29T DE-83 |
| owner_facet | DE-29T DE-83 |
| physical | XIV, 493 Seiten Illustrationen, Diagramme 24 cm x 17 cm |
| publishDate | 2017 |
| publishDateSearch | 2017 |
| publishDateSort | 2017 |
| publisher | De Gruyter |
| record_format | marc |
| spellingShingle | Superconductors at the nanoscale from basic research to applications Supraleiter (DE-588)4184140-2 gnd Nanometerbereich (DE-588)4327473-0 gnd |
| subject_GND | (DE-588)4184140-2 (DE-588)4327473-0 |
| title | Superconductors at the nanoscale from basic research to applications |
| title_auth | Superconductors at the nanoscale from basic research to applications |
| title_exact_search | Superconductors at the nanoscale from basic research to applications |
| title_full | Superconductors at the nanoscale from basic research to applications edited by Roger Wördenweber, Victor Moshchalkov, Simon Bending and Francesco Tafuri |
| title_fullStr | Superconductors at the nanoscale from basic research to applications edited by Roger Wördenweber, Victor Moshchalkov, Simon Bending and Francesco Tafuri |
| title_full_unstemmed | Superconductors at the nanoscale from basic research to applications edited by Roger Wördenweber, Victor Moshchalkov, Simon Bending and Francesco Tafuri |
| title_short | Superconductors at the nanoscale |
| title_sort | superconductors at the nanoscale from basic research to applications |
| title_sub | from basic research to applications |
| topic | Supraleiter (DE-588)4184140-2 gnd Nanometerbereich (DE-588)4327473-0 gnd |
| topic_facet | Supraleiter Nanometerbereich |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029717703&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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