Process design for flame-synthesized functional nanomaterials:
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| Sprache: | English |
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Düren
Shaker
2022
|
| Schriftenreihe: | Berichte aus der Verfahrenstechnik
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XX, 248 Seiten Illustrationen, Diagramme 21 cm x 14.8 cm, 407 g |
| ISBN: | 9783844086973 3844086978 |
Internformat
MARC
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| 100 | 1 | |a Meierhofer, Florian |e Verfasser |0 (DE-588)1241730253 |4 aut | |
| 245 | 1 | 0 | |a Process design for flame-synthesized functional nanomaterials |c Florian Meierhofer |
| 264 | 1 | |a Düren |b Shaker |c 2022 | |
| 300 | |a XX, 248 Seiten |b Illustrationen, Diagramme |c 21 cm x 14.8 cm, 407 g | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 0 | |a Berichte aus der Verfahrenstechnik | |
| 502 | |b Dissertation |c Universität Bremen |d 2022 | ||
| 650 | 0 | 7 | |a Sprayflamme |0 (DE-588)4387246-3 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Nanopartikel |0 (DE-588)4333369-2 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Herstellung |0 (DE-588)4159653-5 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Sprühpyrolyse |0 (DE-588)4826672-3 |2 gnd |9 rswk-swf |
| 653 | |a nanoparticles | ||
| 653 | |a population balance model | ||
| 653 | |a spray combustion | ||
| 653 | |a aerosols | ||
| 653 | |a non-intrusive laser diagnostics | ||
| 653 | |a flame spray pyrolysis | ||
| 653 | |a computational fluid dynamics | ||
| 655 | 7 | |0 (DE-588)4113937-9 |a Hochschulschrift |2 gnd-content | |
| 689 | 0 | 0 | |a Nanopartikel |0 (DE-588)4333369-2 |D s |
| 689 | 0 | 1 | |a Herstellung |0 (DE-588)4159653-5 |D s |
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Datensatz im Suchindex
| _version_ | 1804184291286974464 |
|---|---|
| adam_text | TABLE
OF
CONTENTS
ACKNOWLEDGMENTS
.........................................................................................................................
I
ZUSAMMENFASSUNG
......................................................................................................................
V
ABSTRACT
........................................................................................................................................
X
NOMENCLATURE
............................................................................................................................
XV
1.
MOTIVATION
AND
AIMS
................................................................................................................
1
2.
STATE-OF-THE-ART
PROCESS
DESIGN
FOR
SPRAY
FLAME
SYNTHESIS
OF
METAL
OXIDE
NANOPARTICLES
....
5
2.1.
INTRODUCTION
TO
HISTORY
AND
DEVELOPMENT
IN
FLAME
NANOPARTICLE
TECHNOLOGY
..................
5
2.1.1.
HISTORICAL
BACKGROUND
............................................................................................
6
2.1.2.
ENABLING
MULTI-METAL
OXIDES
-
THE
RISE
OF
FLAME
SPRAY
PYROLYSIS
...........................
7
2.2.
PROCESS
OVERVIEW
OF
FLAME
AEROSOL-BASED
MANUFACTURING
............................................
10
2.2.1.
RAW
MATERIALS
AND
PRECURSORS
............................................................................
12
2.2.2.
AEROSOL
FLAME
REACTOR
CONCEPTS
..........................................................................
15
2.2.3.
COOLING
................................................................................................................
19
2.2.4.
IN
SITU
CONDITIONING:
MIXING,
COATING
AND
FUNCTIONALIZATION
.................................
20
2.2.5.
PARTICLE
COLLECTION:
FILTRATION
AND
THERMOPHORETIC
DEPOSITION
..............................
22
2.2.6.
EXHAUST
GAS
TREATMENT
........................................................................................
24
2.2.7.
POST-PROCESSING:
PARTICLE
HANDLING,
STORING
AND
MODIFICATION
............................
25
2.2.8.
APPLICATION
...........................................................................................................
27
2.3.
PRINCIPLES
IN
PROCESS
DESIGN
AND
COMPUTATIONAL
REACTOR
MODELING
..............................
29
2.3.1.
PARTICLE
GROWTH
MECHANISMS
IN
LIQUID-FED
REACTORS
.............................................
29
2.3.2.
THE
CONCEPT
OF
CHARACTERISTIC
PROCESS
TIMES
......................................................
32
2.3.3.
PARTICLE
DYNAMICS
AND
POPULATION
BALANCE
MODELS
............................................
36
2.3.4.
MULTISCALE
PROCESS
DESIGN
...................................................................................
39
2.3.5.
CONTINUUM
MODELS
..............................................................................................
41
2.3.6.
MESOSCALE
MODELS
..............................................................................................
44
2.3.7.
MOLECULAR
DYNAMICS
MODELS
................................................................................
46
2.3.8.
QUANTUM
MECHANICS
MODELS
..............................................................................
49
2.4.
EXPERIMENTAL
PROCESS
AND
NANOPARTICLE
DIAGNOSTICS
....................................................
51
2.4.1.
DIAGNOSTICS
FOR
SPRAY
COMBUSTION
.......................................................................
52
2.4.2.
DIAGNOSTICS
FOR
AEROSOLS
AND
NANOPARTICLES
........................................................
58
3.
METHODS
.................................................................................................................................
65
3.1.
EXPERIMENTAL
METHODS
..................................................................................................
65
3.1.1.
SYNTHESIS
OF
LITHIUM
TITANATE
BY
OPEN
FSP
(METHODS
OF
CHAPTER
4.1)
.................
67
3.1.2.
SYNTHESIS
OF
ZIRCONIA
BY
OPEN
FSP
(METHODS
OF
CHAPTER
4.2)
...........................
73
3.1.3.
SYNTHESIS
OF
ZIRCONIA
BY
ENCLOSED
FSP
(METHODS
OF
CHAPTER
4.3)
....................
79
3.1.4.
MANUFACTURING
OF
ZIRCONIA
PARTICLE
LAYERS
BY
FSP
(METHODS
OF
CHAPTER
4.4)
......
81
3.2.
THEORETICAL
AND
NUMERICAL
METHODS
.............................................................................
86
3.2.1.
CFD-PBM
OF
OPEN
FSP
REACTOR
(METHODS
OF
CHAPTER
4.2)
................................
86
3.2.2.
CFD-PBM
OF
ENCLOSED
FSP
REACTOR
(METHODS
OF
CHAPTER
4.3)
..........................
92
3.2.3.
MODELING
OF
FLAME
AEROSOL
DEPOSITION
(METHODS
OF
CHAPTER
4.4)
.........................
93
4.
RESULTS
................................................................................................................................
109
4.1.
SCREENING
PRECURSOR-SOLVENT
COMBINATIONS
FOR
LITHIUM
TITANATE
...................................
109
4.1.1.
PRECURSOR-SOLVENT
SCREENING
............................................................................
110
4.1.2.
FTIR
ANALYSIS
OF
TITANIUM
PRECURSOR-SOLVENT
COMBINATIONS
..............................
111
4.1.3.
FTIR
ANALYSIS
OF
LITHIUM
PRECURSOR-SOLVENT
COMBINATIONS
.................................
114
4.1.4.
COMBINATIONS
OF
LITHIUM
AND
TITANIUM
PRECURSOR-SOLUTIONS
................................
116
4.1.5.
LONG
TERM
STABILITY
OF
THE
SPRAY
SOLUTIONS
...........................................................
117
4.1.6.
CRYSTAL
PHASE
COMPOSITIONS
AND
DIAMETERS
OF
FLAME-SPRAYED
POWDERS
.........
117
4.1.7.
SINGLE
DROPLET
COMBUSTION
AND
CARBOXYLATION
OF
NITRATES
..................................
122
4.1.8.
TEM
ANALYSIS
OF
SINGLE
DROPLET
AND
SPRAY
COMBUSTION
PRODUCTS
.....................
125
4.1.9.
IDENTIFICATION
OF
UNDESIRED
IMPURITIES
OF
AS-OBTAINED
LTO
NANOPOWDERS
........
128
4.1.10.
NON-LITHIATED,
PARTIALLY
LITHIATED
AND
FULLY
LITHIATED
LI4TI
5
0I
2
...............................
131
4.1.11.
CONCLUDING
REMARKS
OF
CHAPTER
4.1
...................................................................
132
4.2.
EVOLUTION
OF
ZIRCONIA
NANOPARTICLES
IN
UNCONFINED/OPEN
FSP
REACTORS
.......................
133
4.2.1. DISPERSION
GAS
FLOW
FIELD
...................................................................................
134
4.2.2.
LIQUID
ATOMIZATION
AND
DROPLET
EVAPORATION
......................................................
136
4.2.3.
PROCESS
DYNAMICS
AND
TEMPERATURE
.................................................................
139
4.2.4.
PRECURSOR
CONVERSION
AND
PARTICLE
NUCLEATION
...................................................
142
4.2.5.
EXPERIMENTAL
PRIMARY
AND
AGGLOMERATE
NANOPARTICLE
DIAMETERS
.....................
144
4.2.6.
PBM
SENSITIVITY
ANALYSIS
....................................................................................
148
4.2.7.
CALCULATION
OF
NANOPARTICLE
DIAMETER
EVOLUTION
................................................
151
4.2.8.
CONCLUDING
REMARKS
OF
CHAPTER
4.2
..................................................................
154
4.3.
INFLUENCE
OF
REACTOR
ENCLOSURE
AND
GAS
ENTRAINMENT
ON
FSP-MADE
ZIRCONIA
............
155
4.3.1.
ENTRAINMENT
OF
OPEN
FSP
FOR
ESTIMATING
CO-FLOW
AIR
IN
ENCLOSED
FLAME
SPRAYS
156
4.3.2.
GAS
TEMPERATURE
AND
MODEL
REFINEMENTS
........................................................
159
4.3.3.
PARTICLE
SIZE,
YIELD
AND
CRYSTALLINITY
...................................................................
160
4.3.4.
CONCLUDING
REMARKS
OF
CHAPTER
4.3
..................................................................
163
4.4. DEPOSITION
OF
FSP-MADE
ZIRCONIA
PARTICLES
VIA
THERMOPHORESIS
AND
CAKE
FILTRATION
..164
4.4.1.
TEMPERATURE
AT
THE
THERMOPHORETIC
DEPOSITION
STAGE
.......................................
165
4.4.2.
THERMOPHORETIC
DEPOSITION
OF
FSP
NANOPARTICLE
LAYERS
..................................
167
4.4.3.
VACUUM
FILTER
DEPOSITION
OF
FSP
NANOPARTICLES
................................................
172
4.4.4.
CONCLUDING
REMARKS
OF
CHAPTER
4.4
...................................................................
177
5.
SUMMARY,
CONCLUSIONS
AND
OUTLOOK
....................................................................................
179
5.1.
SUMMARY
AND
CONCLUSIONS
...........................................................................................
179
5.2.
OUTLOOK
.........................................................................................................................
182
5.2.1.
MULTISCALE
MODEL
CONCEPTS
.................................................................................
183
5.2.2.
DEVELOPMENT
OF
NON-INTRUSIVE
DIAGNOSTICS
.........................................................
183
5.2.3.
THE
NEED
FOR
STANDARDIZED
CONDITIONS
IN
FLAME
SPRAY
REACTORS
......................
184
5.2.4.
CONTINUING
DEMAND
FOR
SUSTAINABLE
PRECURSOR-SOLVENT
MIXTURES
....................
185
REFERENCES
................................................................................................................................
186
APPENDIX
..................................................................................................................................
223
A
SUPPORTING
FIGURES
AND
TABLES
OF
CHAPTER
4.1
..............................................................
223
B
SUPPORTING
FIGURES
AND
TABLES
OF
CHAPTER
4.2
..............................................................
232
C
SUPPORTING
FIGURES
OF
CHAPTER
4.3
...............................................................................
239
D
SUPPORTING
FIGURES
OF
CHAPTER
4.4
...............................................................................
240
LIST
OF
PUBLICATIONS
WITH
CONTENT
RELATED
TO
THIS
THESIS
.............................................................
243
ACKNOWLEDGEMENTS
OF
CONTRIBUTIONS
FROM
SUPERVISED
STUDENTS
AND
COLLEAGUES
..................
246
DECLARATION
...............................................................................................................................
248
|
| adam_txt |
TABLE
OF
CONTENTS
ACKNOWLEDGMENTS
.
I
ZUSAMMENFASSUNG
.
V
ABSTRACT
.
X
NOMENCLATURE
.
XV
1.
MOTIVATION
AND
AIMS
.
1
2.
STATE-OF-THE-ART
PROCESS
DESIGN
FOR
SPRAY
FLAME
SYNTHESIS
OF
METAL
OXIDE
NANOPARTICLES
.
5
2.1.
INTRODUCTION
TO
HISTORY
AND
DEVELOPMENT
IN
FLAME
NANOPARTICLE
TECHNOLOGY
.
5
2.1.1.
HISTORICAL
BACKGROUND
.
6
2.1.2.
ENABLING
MULTI-METAL
OXIDES
-
THE
RISE
OF
FLAME
SPRAY
PYROLYSIS
.
7
2.2.
PROCESS
OVERVIEW
OF
FLAME
AEROSOL-BASED
MANUFACTURING
.
10
2.2.1.
RAW
MATERIALS
AND
PRECURSORS
.
12
2.2.2.
AEROSOL
FLAME
REACTOR
CONCEPTS
.
15
2.2.3.
COOLING
.
19
2.2.4.
IN
SITU
CONDITIONING:
MIXING,
COATING
AND
FUNCTIONALIZATION
.
20
2.2.5.
PARTICLE
COLLECTION:
FILTRATION
AND
THERMOPHORETIC
DEPOSITION
.
22
2.2.6.
EXHAUST
GAS
TREATMENT
.
24
2.2.7.
POST-PROCESSING:
PARTICLE
HANDLING,
STORING
AND
MODIFICATION
.
25
2.2.8.
APPLICATION
.
27
2.3.
PRINCIPLES
IN
PROCESS
DESIGN
AND
COMPUTATIONAL
REACTOR
MODELING
.
29
2.3.1.
PARTICLE
GROWTH
MECHANISMS
IN
LIQUID-FED
REACTORS
.
29
2.3.2.
THE
CONCEPT
OF
CHARACTERISTIC
PROCESS
TIMES
.
32
2.3.3.
PARTICLE
DYNAMICS
AND
POPULATION
BALANCE
MODELS
.
36
2.3.4.
MULTISCALE
PROCESS
DESIGN
.
39
2.3.5.
CONTINUUM
MODELS
.
41
2.3.6.
MESOSCALE
MODELS
.
44
2.3.7.
MOLECULAR
DYNAMICS
MODELS
.
46
2.3.8.
QUANTUM
MECHANICS
MODELS
.
49
2.4.
EXPERIMENTAL
PROCESS
AND
NANOPARTICLE
DIAGNOSTICS
.
51
2.4.1.
DIAGNOSTICS
FOR
SPRAY
COMBUSTION
.
52
2.4.2.
DIAGNOSTICS
FOR
AEROSOLS
AND
NANOPARTICLES
.
58
3.
METHODS
.
65
3.1.
EXPERIMENTAL
METHODS
.
65
3.1.1.
SYNTHESIS
OF
LITHIUM
TITANATE
BY
OPEN
FSP
(METHODS
OF
CHAPTER
4.1)
.
67
3.1.2.
SYNTHESIS
OF
ZIRCONIA
BY
OPEN
FSP
(METHODS
OF
CHAPTER
4.2)
.
73
3.1.3.
SYNTHESIS
OF
ZIRCONIA
BY
ENCLOSED
FSP
(METHODS
OF
CHAPTER
4.3)
.
79
3.1.4.
MANUFACTURING
OF
ZIRCONIA
PARTICLE
LAYERS
BY
FSP
(METHODS
OF
CHAPTER
4.4)
.
81
3.2.
THEORETICAL
AND
NUMERICAL
METHODS
.
86
3.2.1.
CFD-PBM
OF
OPEN
FSP
REACTOR
(METHODS
OF
CHAPTER
4.2)
.
86
3.2.2.
CFD-PBM
OF
ENCLOSED
FSP
REACTOR
(METHODS
OF
CHAPTER
4.3)
.
92
3.2.3.
MODELING
OF
FLAME
AEROSOL
DEPOSITION
(METHODS
OF
CHAPTER
4.4)
.
93
4.
RESULTS
.
109
4.1.
SCREENING
PRECURSOR-SOLVENT
COMBINATIONS
FOR
LITHIUM
TITANATE
.
109
4.1.1.
PRECURSOR-SOLVENT
SCREENING
.
110
4.1.2.
FTIR
ANALYSIS
OF
TITANIUM
PRECURSOR-SOLVENT
COMBINATIONS
.
111
4.1.3.
FTIR
ANALYSIS
OF
LITHIUM
PRECURSOR-SOLVENT
COMBINATIONS
.
114
4.1.4.
COMBINATIONS
OF
LITHIUM
AND
TITANIUM
PRECURSOR-SOLUTIONS
.
116
4.1.5.
LONG
TERM
STABILITY
OF
THE
SPRAY
SOLUTIONS
.
117
4.1.6.
CRYSTAL
PHASE
COMPOSITIONS
AND
DIAMETERS
OF
FLAME-SPRAYED
POWDERS
.
117
4.1.7.
SINGLE
DROPLET
COMBUSTION
AND
CARBOXYLATION
OF
NITRATES
.
122
4.1.8.
TEM
ANALYSIS
OF
SINGLE
DROPLET
AND
SPRAY
COMBUSTION
PRODUCTS
.
125
4.1.9.
IDENTIFICATION
OF
UNDESIRED
IMPURITIES
OF
AS-OBTAINED
LTO
NANOPOWDERS
.
128
4.1.10.
NON-LITHIATED,
PARTIALLY
LITHIATED
AND
FULLY
LITHIATED
LI4TI
5
0I
2
.
131
4.1.11.
CONCLUDING
REMARKS
OF
CHAPTER
4.1
.
132
4.2.
EVOLUTION
OF
ZIRCONIA
NANOPARTICLES
IN
UNCONFINED/OPEN
FSP
REACTORS
.
133
4.2.1. DISPERSION
GAS
FLOW
FIELD
.
134
4.2.2.
LIQUID
ATOMIZATION
AND
DROPLET
EVAPORATION
.
136
4.2.3.
PROCESS
DYNAMICS
AND
TEMPERATURE
.
139
4.2.4.
PRECURSOR
CONVERSION
AND
PARTICLE
NUCLEATION
.
142
4.2.5.
EXPERIMENTAL
PRIMARY
AND
AGGLOMERATE
NANOPARTICLE
DIAMETERS
.
144
4.2.6.
PBM
SENSITIVITY
ANALYSIS
.
148
4.2.7.
CALCULATION
OF
NANOPARTICLE
DIAMETER
EVOLUTION
.
151
4.2.8.
CONCLUDING
REMARKS
OF
CHAPTER
4.2
.
154
4.3.
INFLUENCE
OF
REACTOR
ENCLOSURE
AND
GAS
ENTRAINMENT
ON
FSP-MADE
ZIRCONIA
.
155
4.3.1.
ENTRAINMENT
OF
OPEN
FSP
FOR
ESTIMATING
CO-FLOW
AIR
IN
ENCLOSED
FLAME
SPRAYS
156
4.3.2.
GAS
TEMPERATURE
AND
MODEL
REFINEMENTS
.
159
4.3.3.
PARTICLE
SIZE,
YIELD
AND
CRYSTALLINITY
.
160
4.3.4.
CONCLUDING
REMARKS
OF
CHAPTER
4.3
.
163
4.4. DEPOSITION
OF
FSP-MADE
ZIRCONIA
PARTICLES
VIA
THERMOPHORESIS
AND
CAKE
FILTRATION
.164
4.4.1.
TEMPERATURE
AT
THE
THERMOPHORETIC
DEPOSITION
STAGE
.
165
4.4.2.
THERMOPHORETIC
DEPOSITION
OF
FSP
NANOPARTICLE
LAYERS
.
167
4.4.3.
VACUUM
FILTER
DEPOSITION
OF
FSP
NANOPARTICLES
.
172
4.4.4.
CONCLUDING
REMARKS
OF
CHAPTER
4.4
.
177
5.
SUMMARY,
CONCLUSIONS
AND
OUTLOOK
.
179
5.1.
SUMMARY
AND
CONCLUSIONS
.
179
5.2.
OUTLOOK
.
182
5.2.1.
MULTISCALE
MODEL
CONCEPTS
.
183
5.2.2.
DEVELOPMENT
OF
NON-INTRUSIVE
DIAGNOSTICS
.
183
5.2.3.
THE
NEED
FOR
"
STANDARDIZED
CONDITIONS
"
IN
FLAME
SPRAY
REACTORS
.
184
5.2.4.
CONTINUING
DEMAND
FOR
SUSTAINABLE
PRECURSOR-SOLVENT
MIXTURES
.
185
REFERENCES
.
186
APPENDIX
.
223
A
SUPPORTING
FIGURES
AND
TABLES
OF
CHAPTER
4.1
.
223
B
SUPPORTING
FIGURES
AND
TABLES
OF
CHAPTER
4.2
.
232
C
SUPPORTING
FIGURES
OF
CHAPTER
4.3
.
239
D
SUPPORTING
FIGURES
OF
CHAPTER
4.4
.
240
LIST
OF
PUBLICATIONS
WITH
CONTENT
RELATED
TO
THIS
THESIS
.
243
ACKNOWLEDGEMENTS
OF
CONTRIBUTIONS
FROM
SUPERVISED
STUDENTS
AND
COLLEAGUES
.
246
DECLARATION
.
248 |
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| any_adam_object_boolean | 1 |
| author | Meierhofer, Florian |
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| building | Verbundindex |
| bvnumber | BV048396411 |
| classification_rvk | ZM 7028 |
| ctrlnum | (OCoLC)1356807000 (DE-599)DNB1261472667 |
| discipline | Werkstoffwissenschaften / Fertigungstechnik |
| discipline_str_mv | Werkstoffwissenschaften / Fertigungstechnik |
| format | Thesis Book |
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| genre_facet | Hochschulschrift |
| id | DE-604.BV048396411 |
| illustrated | Illustrated |
| index_date | 2024-07-03T20:21:56Z |
| indexdate | 2024-07-10T09:37:00Z |
| institution | BVB |
| institution_GND | (DE-588)1064118135 |
| isbn | 9783844086973 3844086978 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-033775064 |
| oclc_num | 1356807000 |
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| owner | DE-83 |
| owner_facet | DE-83 |
| physical | XX, 248 Seiten Illustrationen, Diagramme 21 cm x 14.8 cm, 407 g |
| publishDate | 2022 |
| publishDateSearch | 2022 |
| publishDateSort | 2022 |
| publisher | Shaker |
| record_format | marc |
| series2 | Berichte aus der Verfahrenstechnik |
| spelling | Meierhofer, Florian Verfasser (DE-588)1241730253 aut Process design for flame-synthesized functional nanomaterials Florian Meierhofer Düren Shaker 2022 XX, 248 Seiten Illustrationen, Diagramme 21 cm x 14.8 cm, 407 g txt rdacontent n rdamedia nc rdacarrier Berichte aus der Verfahrenstechnik Dissertation Universität Bremen 2022 Sprayflamme (DE-588)4387246-3 gnd rswk-swf Nanopartikel (DE-588)4333369-2 gnd rswk-swf Herstellung (DE-588)4159653-5 gnd rswk-swf Sprühpyrolyse (DE-588)4826672-3 gnd rswk-swf nanoparticles population balance model spray combustion aerosols non-intrusive laser diagnostics flame spray pyrolysis computational fluid dynamics (DE-588)4113937-9 Hochschulschrift gnd-content Nanopartikel (DE-588)4333369-2 s Herstellung (DE-588)4159653-5 s Sprayflamme (DE-588)4387246-3 s Sprühpyrolyse (DE-588)4826672-3 s DE-604 Shaker Verlag (DE-588)1064118135 pbl DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033775064&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p vlb 20220630 DE-101 https://d-nb.info/provenance/plan#vlb |
| spellingShingle | Meierhofer, Florian Process design for flame-synthesized functional nanomaterials Sprayflamme (DE-588)4387246-3 gnd Nanopartikel (DE-588)4333369-2 gnd Herstellung (DE-588)4159653-5 gnd Sprühpyrolyse (DE-588)4826672-3 gnd |
| subject_GND | (DE-588)4387246-3 (DE-588)4333369-2 (DE-588)4159653-5 (DE-588)4826672-3 (DE-588)4113937-9 |
| title | Process design for flame-synthesized functional nanomaterials |
| title_auth | Process design for flame-synthesized functional nanomaterials |
| title_exact_search | Process design for flame-synthesized functional nanomaterials |
| title_exact_search_txtP | Process design for flame-synthesized functional nanomaterials |
| title_full | Process design for flame-synthesized functional nanomaterials Florian Meierhofer |
| title_fullStr | Process design for flame-synthesized functional nanomaterials Florian Meierhofer |
| title_full_unstemmed | Process design for flame-synthesized functional nanomaterials Florian Meierhofer |
| title_short | Process design for flame-synthesized functional nanomaterials |
| title_sort | process design for flame synthesized functional nanomaterials |
| topic | Sprayflamme (DE-588)4387246-3 gnd Nanopartikel (DE-588)4333369-2 gnd Herstellung (DE-588)4159653-5 gnd Sprühpyrolyse (DE-588)4826672-3 gnd |
| topic_facet | Sprayflamme Nanopartikel Herstellung Sprühpyrolyse Hochschulschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033775064&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT meierhoferflorian processdesignforflamesynthesizedfunctionalnanomaterials AT shakerverlag processdesignforflamesynthesizedfunctionalnanomaterials |