Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Abschlussarbeit Buch |
| Sprache: | English |
| Veröffentlicht: |
Düren
Shaker
2020
|
| Ausgabe: | 1. Auflage |
| Schriftenreihe: | Forschungsberichte des Lehrstuhls für Energiesysteme und Energiemanagement
8 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | 141 Seiten 44 Illustrationen 21 cm x 14.8 cm, 236 g |
| ISBN: | 9783844073072 3844073078 |
Internformat
MARC
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| 100 | 1 | |a Schreiner, Florian |d 1986- |e Verfasser |0 (DE-588)121268396X |4 aut | |
| 245 | 1 | 0 | |a Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications |c Florian Schreiner |
| 250 | |a 1. Auflage | ||
| 263 | |a 202004 | ||
| 264 | 1 | |a Düren |b Shaker |c 2020 | |
| 300 | |a 141 Seiten |b 44 Illustrationen |c 21 cm x 14.8 cm, 236 g | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 1 | |a Forschungsberichte des Lehrstuhls für Energiesysteme und Energiemanagement |v 8 | |
| 502 | |b Dissertation |c Technische Universität Kaiserslautern |d 2019 | ||
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Datensatz im Suchindex
| _version_ | 1804181605711872000 |
|---|---|
| adam_text | CONTENTS
1
CHALLENGES
AND
MOTIVATION
1
1.1
BACKGROUND
AND
MOTIVATION
...............................................................................................
1
1.2
STRUCTURE
AND
TARGET
OF
THIS
THESIS
.....................................................................................
2
2
SUPERCONDUCTORS
3
2.1
STRUCTURE
OF
REBCO
SUPERCONDUCTOR
TAPES
......................................................................
3
2.2
CRITICAL
VALUES:
TEMPERATURE,
CURRENT
DENSITY,
MAGNETIC
FIELD
...........................................
3
2.3
OVERVIEW
OF
THE
CURRENT
STATE
OF
DEVELOPMENT
OF
HTS
TAPES
...........................................
5
3
STATE
OF
THE
ART
OF
RESISTIVE
CURRENT
LEADS
9
3.1
INTRODUCTION
AND
BASIC
PROPERTIES
.....................................................................................
9
3.1.1
MATERIAL
PROPERTIES
...............................................................................................
9
3.1.2
CRYOGENIC
COOLING
...............................................................................................
12
3.2
OVERVIEW
OF
DIFFERENT
TYPES
OF
RESISTIVE
CURRENT
LEADS
....................................................
22
3.2.1
PROBLEM
DEFINITION
...............................................................................................
22
3.2.2
CONDUCTION
COOLED
CURRENT
LEADS
.........................................................................
22
3.2.3
CONTINUOUSLY
COOLED
CURRENT
LEADS
......................................................................
27
3.2.4
MULTI-STAGE
COOLED
CURRENT
LEADS
.........................................................................
31
3.2.5
VAPOUR
COOLED
CURRENT
LEADS
...............................................................................
37
3.2.6
COMPARISON
OF
DIFFERENT
TYPES
OF
RESISTIVE
CURRENT
LEADS
.....................................
43
3.3
STATE
OF
THE
ART
OF
HIGH
CURRENT
LEADS
...............................................................................
45
4
NEW
OPTIMIZATION
APPROACH
TO
DESIGN
RESISTIVE
CURRENT
LEADS
47
4.1
OVERALL
ELECTRICAL
OPTIMIZATION
........................................................................................
47
4.1.1
CONTINUOUSLY
COOLED
CURRENT
LEADS
......................................................................
49
4.1.2
MULTI-STAGE
COOLED
CURRENT
LEADS
.........................................................................
52
4.1.3
VAPOUR
COOLED
CURRENT
LEADS
...............................................................................
56
4.2
COMPARISON
OF
THE
DIFFERENT
TYPES
OF
RESISTIVE
CURRENT
LEADS
...........................................
58
5
DESIGN
AND
MANUFACTURING
OF
AN
EFFICIENT
THREE-STAGE
COOLED
CURRENT
LEAD
FOR
20
KA
61
5.1
CONCEPTUAL
DESIGN
..............................................................................................................
61
5.1.1
STARTING
POINT
OF
THE
DESIGN
PROCESS
...................................................................
61
5.1.2
OPTIMAL
GEOMETRY
RATIOS
OF
THE
RESISTIVE
CURRENT
PATH
........................................
61
5.1.3
CALCULATED
HEAT
LEAKAGES
OF
THE
THREE
DIFFERENT
COOLING
STAGES
...........................
62
5.1.4
HTS
STACK
CONFIGURATION
AND
UNIFORM
CURRENT
DISTRIBUTION
..................................
64
5.2
CONSTRUCTIVE
DESIGN
...........................................................................................................
67
5.2.1
REALISED
GEOMETRY
OF
THE
RESISTIVE
CURRENT
PATH
.................................................
67
5.2.2
CRYOSTAT
AND
THERMAL INSULATION
...........................................................................
68
5.2.3
REFRIGERATION
UNITS
...............................................................................................
71
5.2.4
JOINT
BETWEEN
THE
RESISTIVE
COPPER
PATH
AND
THE
HTS
TAPES
...............................
72
5.3
MANUFACTURING
PROCESS
.....................................................................................................
74
5.3.1
RESISTIVE
CURRENT
PATH
CONNECTED
TO
THE
HEAT
EXCHANGERS
.....................................
74
5.3.2
SOLDERED
JOINTS
BETWEEN
COPPER
LAMELLAS
AND
HTS
TAPES
..................................
74
5.3.3
THERMAL
CONNECTION
OF
THE
CRYOCOOLER
................................................................
77
XVI
CONTENTS
6
TEST
OF
THE
THREE-STAGE
COOLED
CURRENT
LEAD
AND
EXPERIMENTAL
RESULTS
81
6.1
THERMAL-ELECTRIC
COUPLED
3D
FEM
ANALYSIS
OF
THE
RESISTIVE
CURRENT
PATH
.....................
81
6.1.1
MOTIVATION
FOR
THE
3D
ANALYSIS
............................................................................
81
6.1.2 SIMULATION
MODEL
OF
THE
RESISTIVE
CURRENT
PATH
....................................................
81
6.1.3
MESHING
OF
THE
FEM
MODEL
AND
BOUNDARY
CONDITIONS
........................................
82
6.1.4
RESULTS
OF
THE
3D
FEM
ANALYSIS
..........................................................................
83
6.2
LABORATORY
SETUP
..............................................................................................................
86
6.2.1
EXPERIMENTAL
SETUP
...............................................................................................
86
6.2.2
MEASUREMENT
SETUP
...............................................................................................
87
6.3
COMPARISON
AND
VALIDATION
OF
NUMERICAL
AND
EXPERIMENTAL
RESULTS
..................................
90
6.3.1
TEMPERATURE
PROFILE
OF
THE
RESISTIVE
CURRENT
PATH
..................................................
90
6.3.2
ELECTRICAL
LOSSES
OF
THE
RESISTIVE
CURRENT
PATH
.......................................................
92
6.3.3
COOLING
POWER
OF
THE
DIFFERENT
COOLING
STAGES
....................................................
93
6.3.4
3D
FEM
ANALYSIS
WITH
NEUMANN
BOUNDARY
CONDITION
AT
THE
COLD
END
OF
THE
CURRENT
PATH
...........................................................................................................
94
6.4
OVERALL
ELECTRIC
POWER
CONSUMPTION
................................................................................
96
7
SUMMARY
AND
OUTLOOK
99
8
IDEAS
FOR
FURTHER
IMPROVEMENT
OF
RESISTIVE
CURRENT
LEADS
103
8.1
OPTIMAL
DESIGN
OF
RESISTIVE
CURRENT
LEADS
UNDER
DIFFERENT
LOAD
CONDITIONS
.....................
103
8.1.1
RESISTIVE
CURRENT
LEADS
IN
PART
LOAD
OPERATION
AND
CONCEPTUAL
DESIGN
APPROACH
.
103
8.1.2
STEPPED
ARRANGEMENT
OF
STACKED
COPPER
LAMELLAS
AND
HTS
TAPES
IN
PARALLEL
TO
VARY
THE
GEOMETRY
OF
THE
RESISTIVE
CURRENT
PATH
....................................................
105
8.1.3
THERMAL
AND
ELECTROMAGNETIC
SIMULATION
AND
NUMERICAL
RESULTS
.............................
105
8.1.4
VARIATION
OF
LIQUID
NITROGEN
LEVEL
.........................................................................
108
8.1.5
POSSIBLE
REDUCTION
OF
THE
SPECIFIC
HEAT
LEAKAGE
TO
THE
CRYOGENIC
TEMPERATURE
LEVEL
IN
PART
LOAD
OPERATION
.............................................................................................
109
8.2
CONCLUDING
REMARK
...........................................................................................................
ILL
9
REFERENCES
113
10
APPENDIX
123
10.1
LIST
OF
SYMBOLS
..................................................................................................................
123
10.2
LIST
OF
ABBREVIATIONS
.........................................................................................................
126
10.3
LIST
OF
FIGURES
.....................................................................................................................
127
10.4
LIST
OF
TABLES
....................................................................
*
...............................................
131
10.5
MATHEMATICAL
DERIVATIONS
RELATING
TO
SECTION
3.2
AND
SECTION
4.1
.....................................
132
10.6
ADDITIONAL
FIGURES
EXPERIMENTAL
RESULTS
............................................................................
136
|
| adam_txt |
CONTENTS
1
CHALLENGES
AND
MOTIVATION
1
1.1
BACKGROUND
AND
MOTIVATION
.
1
1.2
STRUCTURE
AND
TARGET
OF
THIS
THESIS
.
2
2
SUPERCONDUCTORS
3
2.1
STRUCTURE
OF
REBCO
SUPERCONDUCTOR
TAPES
.
3
2.2
CRITICAL
VALUES:
TEMPERATURE,
CURRENT
DENSITY,
MAGNETIC
FIELD
.
3
2.3
OVERVIEW
OF
THE
CURRENT
STATE
OF
DEVELOPMENT
OF
HTS
TAPES
.
5
3
STATE
OF
THE
ART
OF
RESISTIVE
CURRENT
LEADS
9
3.1
INTRODUCTION
AND
BASIC
PROPERTIES
.
9
3.1.1
MATERIAL
PROPERTIES
.
9
3.1.2
CRYOGENIC
COOLING
.
12
3.2
OVERVIEW
OF
DIFFERENT
TYPES
OF
RESISTIVE
CURRENT
LEADS
.
22
3.2.1
PROBLEM
DEFINITION
.
22
3.2.2
CONDUCTION
COOLED
CURRENT
LEADS
.
22
3.2.3
CONTINUOUSLY
COOLED
CURRENT
LEADS
.
27
3.2.4
MULTI-STAGE
COOLED
CURRENT
LEADS
.
31
3.2.5
VAPOUR
COOLED
CURRENT
LEADS
.
37
3.2.6
COMPARISON
OF
DIFFERENT
TYPES
OF
RESISTIVE
CURRENT
LEADS
.
43
3.3
STATE
OF
THE
ART
OF
HIGH
CURRENT
LEADS
.
45
4
NEW
OPTIMIZATION
APPROACH
TO
DESIGN
RESISTIVE
CURRENT
LEADS
47
4.1
OVERALL
ELECTRICAL
OPTIMIZATION
.
47
4.1.1
CONTINUOUSLY
COOLED
CURRENT
LEADS
.
49
4.1.2
MULTI-STAGE
COOLED
CURRENT
LEADS
.
52
4.1.3
VAPOUR
COOLED
CURRENT
LEADS
.
56
4.2
COMPARISON
OF
THE
DIFFERENT
TYPES
OF
RESISTIVE
CURRENT
LEADS
.
58
5
DESIGN
AND
MANUFACTURING
OF
AN
EFFICIENT
THREE-STAGE
COOLED
CURRENT
LEAD
FOR
20
KA
61
5.1
CONCEPTUAL
DESIGN
.
61
5.1.1
STARTING
POINT
OF
THE
DESIGN
PROCESS
.
61
5.1.2
OPTIMAL
GEOMETRY
RATIOS
OF
THE
RESISTIVE
CURRENT
PATH
.
61
5.1.3
CALCULATED
HEAT
LEAKAGES
OF
THE
THREE
DIFFERENT
COOLING
STAGES
.
62
5.1.4
HTS
STACK
CONFIGURATION
AND
UNIFORM
CURRENT
DISTRIBUTION
.
64
5.2
CONSTRUCTIVE
DESIGN
.
67
5.2.1
REALISED
GEOMETRY
OF
THE
RESISTIVE
CURRENT
PATH
.
67
5.2.2
CRYOSTAT
AND
THERMAL INSULATION
.
68
5.2.3
REFRIGERATION
UNITS
.
71
5.2.4
JOINT
BETWEEN
THE
RESISTIVE
COPPER
PATH
AND
THE
HTS
TAPES
.
72
5.3
MANUFACTURING
PROCESS
.
74
5.3.1
RESISTIVE
CURRENT
PATH
CONNECTED
TO
THE
HEAT
EXCHANGERS
.
74
5.3.2
SOLDERED
JOINTS
BETWEEN
COPPER
LAMELLAS
AND
HTS
TAPES
.
74
5.3.3
THERMAL
CONNECTION
OF
THE
CRYOCOOLER
.
77
XVI
CONTENTS
6
TEST
OF
THE
THREE-STAGE
COOLED
CURRENT
LEAD
AND
EXPERIMENTAL
RESULTS
81
6.1
THERMAL-ELECTRIC
COUPLED
3D
FEM
ANALYSIS
OF
THE
RESISTIVE
CURRENT
PATH
.
81
6.1.1
MOTIVATION
FOR
THE
3D
ANALYSIS
.
81
6.1.2 SIMULATION
MODEL
OF
THE
RESISTIVE
CURRENT
PATH
.
81
6.1.3
MESHING
OF
THE
FEM
MODEL
AND
BOUNDARY
CONDITIONS
.
82
6.1.4
RESULTS
OF
THE
3D
FEM
ANALYSIS
.
83
6.2
LABORATORY
SETUP
.
86
6.2.1
EXPERIMENTAL
SETUP
.
86
6.2.2
MEASUREMENT
SETUP
.
87
6.3
COMPARISON
AND
VALIDATION
OF
NUMERICAL
AND
EXPERIMENTAL
RESULTS
.
90
6.3.1
TEMPERATURE
PROFILE
OF
THE
RESISTIVE
CURRENT
PATH
.
90
6.3.2
ELECTRICAL
LOSSES
OF
THE
RESISTIVE
CURRENT
PATH
.
92
6.3.3
COOLING
POWER
OF
THE
DIFFERENT
COOLING
STAGES
.
93
6.3.4
3D
FEM
ANALYSIS
WITH
NEUMANN
BOUNDARY
CONDITION
AT
THE
COLD
END
OF
THE
CURRENT
PATH
.
94
6.4
OVERALL
ELECTRIC
POWER
CONSUMPTION
.
96
7
SUMMARY
AND
OUTLOOK
99
8
IDEAS
FOR
FURTHER
IMPROVEMENT
OF
RESISTIVE
CURRENT
LEADS
103
8.1
OPTIMAL
DESIGN
OF
RESISTIVE
CURRENT
LEADS
UNDER
DIFFERENT
LOAD
CONDITIONS
.
103
8.1.1
RESISTIVE
CURRENT
LEADS
IN
PART
LOAD
OPERATION
AND
CONCEPTUAL
DESIGN
APPROACH
.
103
8.1.2
STEPPED
ARRANGEMENT
OF
STACKED
COPPER
LAMELLAS
AND
HTS
TAPES
IN
PARALLEL
TO
VARY
THE
GEOMETRY
OF
THE
RESISTIVE
CURRENT
PATH
.
105
8.1.3
THERMAL
AND
ELECTROMAGNETIC
SIMULATION
AND
NUMERICAL
RESULTS
.
105
8.1.4
VARIATION
OF
LIQUID
NITROGEN
LEVEL
.
108
8.1.5
POSSIBLE
REDUCTION
OF
THE
SPECIFIC
HEAT
LEAKAGE
TO
THE
CRYOGENIC
TEMPERATURE
LEVEL
IN
PART
LOAD
OPERATION
.
109
8.2
CONCLUDING
REMARK
.
ILL
9
REFERENCES
113
10
APPENDIX
123
10.1
LIST
OF
SYMBOLS
.
123
10.2
LIST
OF
ABBREVIATIONS
.
126
10.3
LIST
OF
FIGURES
.
127
10.4
LIST
OF
TABLES
.
*
.
131
10.5
MATHEMATICAL
DERIVATIONS
RELATING
TO
SECTION
3.2
AND
SECTION
4.1
.
132
10.6
ADDITIONAL
FIGURES
EXPERIMENTAL
RESULTS
.
136 |
| any_adam_object | 1 |
| any_adam_object_boolean | 1 |
| author | Schreiner, Florian 1986- |
| author_GND | (DE-588)121268396X |
| author_facet | Schreiner, Florian 1986- |
| author_role | aut |
| author_sort | Schreiner, Florian 1986- |
| author_variant | f s fs |
| building | Verbundindex |
| bvnumber | BV046805092 |
| classification_rvk | ZN 5260 |
| ctrlnum | (OCoLC)1193288227 (DE-599)DNB1206260904 |
| discipline | Maschinenbau / Maschinenwesen Elektrotechnik / Elektronik / Nachrichtentechnik |
| discipline_str_mv | Maschinenbau / Maschinenwesen Elektrotechnik / Elektronik / Nachrichtentechnik |
| edition | 1. Auflage |
| format | Thesis Book |
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| genre | (DE-588)4113937-9 Hochschulschrift gnd-content |
| genre_facet | Hochschulschrift |
| id | DE-604.BV046805092 |
| illustrated | Illustrated |
| index_date | 2024-07-03T14:57:10Z |
| indexdate | 2024-07-10T08:54:19Z |
| institution | BVB |
| institution_GND | (DE-588)1064118135 |
| isbn | 9783844073072 3844073078 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-032213750 |
| oclc_num | 1193288227 |
| open_access_boolean | |
| owner | DE-83 |
| owner_facet | DE-83 |
| physical | 141 Seiten 44 Illustrationen 21 cm x 14.8 cm, 236 g |
| publishDate | 2020 |
| publishDateSearch | 2020 |
| publishDateSort | 2020 |
| publisher | Shaker |
| record_format | marc |
| series | Forschungsberichte des Lehrstuhls für Energiesysteme und Energiemanagement |
| series2 | Forschungsberichte des Lehrstuhls für Energiesysteme und Energiemanagement |
| spelling | Schreiner, Florian 1986- Verfasser (DE-588)121268396X aut Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications Florian Schreiner 1. Auflage 202004 Düren Shaker 2020 141 Seiten 44 Illustrationen 21 cm x 14.8 cm, 236 g txt rdacontent n rdamedia nc rdacarrier Forschungsberichte des Lehrstuhls für Energiesysteme und Energiemanagement 8 Dissertation Technische Universität Kaiserslautern 2019 Gleichstrom (DE-588)4021242-7 gnd rswk-swf Stromzuführung (DE-588)4233043-9 gnd rswk-swf Hochstromübertragung (DE-588)4160269-9 gnd rswk-swf Gleichstromübertragung (DE-588)4157553-2 gnd rswk-swf Temperaturverteilung (DE-588)4124300-6 gnd rswk-swf Hochtemperatursupraleiter (DE-588)4220922-5 gnd rswk-swf Hochstrom (DE-588)4581378-4 gnd rswk-swf Bandleitung (DE-588)4143988-0 gnd rswk-swf Kühlung (DE-588)4132435-3 gnd rswk-swf Stromschiene (DE-588)4312207-3 gnd rswk-swf Supraleitung (DE-588)4058651-0 gnd rswk-swf Teillastbetrieb (DE-588)4126979-2 gnd rswk-swf Mehrstufenprozess (DE-588)4289349-5 gnd rswk-swf high-temperature superconductors current leads cryogenics (DE-588)4113937-9 Hochschulschrift gnd-content Stromzuführung (DE-588)4233043-9 s Hochstrom (DE-588)4581378-4 s Stromschiene (DE-588)4312207-3 s Gleichstrom (DE-588)4021242-7 s Supraleitung (DE-588)4058651-0 s DE-604 Hochtemperatursupraleiter (DE-588)4220922-5 s Bandleitung (DE-588)4143988-0 s Hochstromübertragung (DE-588)4160269-9 s Gleichstromübertragung (DE-588)4157553-2 s Kühlung (DE-588)4132435-3 s Mehrstufenprozess (DE-588)4289349-5 s Temperaturverteilung (DE-588)4124300-6 s Teillastbetrieb (DE-588)4126979-2 s Shaker Verlag (DE-588)1064118135 pbl Forschungsberichte des Lehrstuhls für Energiesysteme und Energiemanagement 8 (DE-604)BV043589079 8 DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=032213750&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Schreiner, Florian 1986- Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications Forschungsberichte des Lehrstuhls für Energiesysteme und Energiemanagement Gleichstrom (DE-588)4021242-7 gnd Stromzuführung (DE-588)4233043-9 gnd Hochstromübertragung (DE-588)4160269-9 gnd Gleichstromübertragung (DE-588)4157553-2 gnd Temperaturverteilung (DE-588)4124300-6 gnd Hochtemperatursupraleiter (DE-588)4220922-5 gnd Hochstrom (DE-588)4581378-4 gnd Bandleitung (DE-588)4143988-0 gnd Kühlung (DE-588)4132435-3 gnd Stromschiene (DE-588)4312207-3 gnd Supraleitung (DE-588)4058651-0 gnd Teillastbetrieb (DE-588)4126979-2 gnd Mehrstufenprozess (DE-588)4289349-5 gnd |
| subject_GND | (DE-588)4021242-7 (DE-588)4233043-9 (DE-588)4160269-9 (DE-588)4157553-2 (DE-588)4124300-6 (DE-588)4220922-5 (DE-588)4581378-4 (DE-588)4143988-0 (DE-588)4132435-3 (DE-588)4312207-3 (DE-588)4058651-0 (DE-588)4126979-2 (DE-588)4289349-5 (DE-588)4113937-9 |
| title | Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications |
| title_auth | Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications |
| title_exact_search | Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications |
| title_exact_search_txtP | Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications |
| title_full | Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications Florian Schreiner |
| title_fullStr | Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications Florian Schreiner |
| title_full_unstemmed | Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications Florian Schreiner |
| title_short | Design of a three-stage cooled Current Lead for Superconducting High Current DC Busbars in Industrial Applications |
| title_sort | design of a three stage cooled current lead for superconducting high current dc busbars in industrial applications |
| topic | Gleichstrom (DE-588)4021242-7 gnd Stromzuführung (DE-588)4233043-9 gnd Hochstromübertragung (DE-588)4160269-9 gnd Gleichstromübertragung (DE-588)4157553-2 gnd Temperaturverteilung (DE-588)4124300-6 gnd Hochtemperatursupraleiter (DE-588)4220922-5 gnd Hochstrom (DE-588)4581378-4 gnd Bandleitung (DE-588)4143988-0 gnd Kühlung (DE-588)4132435-3 gnd Stromschiene (DE-588)4312207-3 gnd Supraleitung (DE-588)4058651-0 gnd Teillastbetrieb (DE-588)4126979-2 gnd Mehrstufenprozess (DE-588)4289349-5 gnd |
| topic_facet | Gleichstrom Stromzuführung Hochstromübertragung Gleichstromübertragung Temperaturverteilung Hochtemperatursupraleiter Hochstrom Bandleitung Kühlung Stromschiene Supraleitung Teillastbetrieb Mehrstufenprozess Hochschulschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=032213750&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV043589079 |
| work_keys_str_mv | AT schreinerflorian designofathreestagecooledcurrentleadforsuperconductinghighcurrentdcbusbarsinindustrialapplications AT shakerverlag designofathreestagecooledcurrentleadforsuperconductinghighcurrentdcbusbarsinindustrialapplications |