Crystal growth from melts: applications to growth of groups 1 and 2 crystals
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Chichester u.a.
Wiley
1992
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXII, 322 S. graph. Darst. |
| ISBN: | 0471931098 |
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Datensatz im Suchindex
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| adam_text | CRYSTAL GROWTH FROM MELTS APPLICATIONS TO GROWTH OF GROUPS 1 AND 2
CRYSTALS BIMALENDU NARAYAN ROY SHEFFIELD CITY POLYTECHNIC, UK JOHN WILEY
& SONS CHICHESTER * NEW YORK * BRISBANE * TORONTO * SINGAPORE CONTENTS
PREFACE XV ACKNOWLEDGEMENTS XVII LIST OF SYMBOLS XIX 1 INTRODUCTION 1
1.1 A BRIEF HISTORY OF CRYSTAL GROWTH 1 1.2 HIGH TEMPERATURE CRYSTAL
GROWTH 2 1.3 OTHER METHODS 3 1.3.1 GROWTH FROM THE PURE MELT 3 1.3.2
GROWTH FROM THE SOLID STATE 3 1.3.3 GROWTH FROM AQUEOUS SOLUTIONS 4
1.3.4 GROWTH FROM SOLVENTS OTHER THAN WATER 4 1.3.5 GROWTH FROM THE
VAPOUR PHASE 4 1.3.6 THE HYDROTHERMAL METHOD 4 1.4 A BRIEF REVIEW OF THE
ADVANTAGES AND DISADVANTAGES OF ALL OF THE METHODS 5 REFERENCES 7 2
APPLICATIONS OF CRYSTALS AND METHODS OF CRYSTAL GROWTH 9 2.1 GENERAL
APPLICATIONS OF CRYSTALS GROWN FROM HIGH TEMPERATURE SOLUTIONS 9 2.2
APPLICATIONS OF ALKALINE-EARTH METAL CRYSTALS 10 2.3 CLASSIFICATION OF
CRYSTAL GROWTH METHODS 11 2.3.1 GROWTH FROM THE MELT 14 2.3.2 GROWTH BY
EVAPORATION 14 2.3.3 GROWTH FROM SEEDS 15 2.3.4 GROWTH FROM THE SOLID
STATE 15 2.3.5 GROWTH FROM LIQUID METALS : 16 2.3.6 TEMPERATURE-GRADIENT
ZONE MELTING 16 2.3.7 GROWTH FROM AQUEOUS SOLUTION 16 2.3.8 CRYSTAL
GROWTH FROM NON-AQUEOUS SOLVENTS 17 2.3.9 HYDROTHERMAL GROWTH 17 2.3.10
VAPOUR-LIQUID-SOLID GROWTH 17 2.4 METHODS OF CRYSTAL GROWTH 18 2.4.1 THE
CZOCHRALSKI METHOD 18 2.4.2 THE BRIDGMAN-STOCKBARGER METHOD 25 2.4.3
ZONE-MELTING METHODS 28 2.4.4 THE FLOATING ZONE TECHNIQUE 31 2.4.5 THE
GRADIENT-FREEZE TECHNIQUE 33 2.4.6 THE HYDROTHERMAL GROWTH METHOD 35
2.4.7 THE FLAME FUSION OR VERNEUIL METHOD 37 2.4.8 CRYSTAL GROWTH BY
OSMOTIC DEWATERING 40 2.5 PREPARATION OF SINGLE CRYSTAL THIN FILMS 41
2.5.1 VAPOUR PHASE EPITAXY 45 2.5.2 LIQUID PHASE EPITAXY 46 2.5.3
MOLECULAR BEAM EPITAXY 50 2.5.4 VAN DER WAALS EPITAXY 52 2.5.5
METAL-ORGANIC CHEMICAL VAPOUR DEPOSITION 53 2.5.6 CHEMICAL BEAM EPITAXY
55 2.5.7 LANGMUIR-BLODGETT THIN FILM DEPOSITION 57 REFERENCES 59 THE
THERMODYNAMICS OF CRYSTAL GROWTH 63 3.1 INTRODUCTION 63 3.2 MASS
TRANSFER IN THE INTERFACE 63 3.3 CHEMICAL EQUILIBRIA IN CRYSTAL GROWTH
64 3.4 THERMOCHEMICAL CALCULATIONS 67 3.5 SOLUBILITY AND PHASE DIAGRAMS
68 3.5.1 THE DISSOLUTION-EXTRACTION METHOD 68 3.5.2 QUENCHING 69 3.5.3
HOT-STAGE MICROSCOPY 69 3.5.4 DIFFERENTIAL THERMAL ANALYSIS 69 3.6
DETERMINATION OF THE SOLUBILITY OF ALKALINE-EARTH METAL SALTS 70 3.7
PHASE DIAGRAMS OF ALKALINE-EARTH METAL SYSTEMS 70 3.7.1 BINARY SYSTEMS
71 3.7.2 RECIPROCAL TERNARY SYSTEMS 71 3.7.3 QUASI-BINARY SYSTEMS 72
3.7.4 ALKALINE-EARTH METAL SALT-ALKALI METAL CHLORIDE SYSTEMS 73 3.7.5
ALKALINE-EARTH METAL SALT-ALKALI METAL FLUORIDE, BORATE, FERRITE AND
MOLYBDATE SYSTEMS 77 3.7.6 ALKALINE-EARTH METAL SALT-ALKALINE-EARTH
METAL FLUORIDE, BORATE, FERRITE AND MOLYBDATE SYSTEMS (WITH COMMON
CATION) 78 3.7.7 ALKALINE-EARTH METAL SALT-ALKALI METAL SALT SYSTEMS
(WITH COMMON ANION) 79 IX 3.7.8 ALKALINE-EARTH METAL SALT-ALKALINE-EARTH
METAL CHLORIDE SYSTEMS (WITH COMMON CATION) 79 3.7.9 SOLUBILITIES OF
BARIUM TITANATE IN DIFFERENT SOLVENTS 81 REFERENCES 85 4 THE PHYSICAL
CHEMISTRY OF MOLTEN SALTS 87 4.1 INTRODUCTION 87 4.2 ELECTROSTATIC
INTERACTION AND STRUCTURE 88 4.3 MOLTEN SALT MIXTURES 88 4.4 DIFFUSION
IN SALT MELTS 90 4.5 THE ATOMIC STRUCTURE OF SOLID-LIQUID INTERFACES 92
REFERENCES 94 5 SOLVENTS AND SOLUTES 95 5.1 INTRODUCTION 95 5.2 HIGH
TEMPERATURE SOLVENTS 95 5.3 CRYSTALLISATION CONDITIONS 97 5.4
SOLUTE-SOLVENT INTERACTIONS 99 5.4.1 ALKALINE-EARTH METAL OXIDE
SOLUTIONS IN ALKALI METAL CHLORIDE MELTS 99 5.4.2 ALKALINE-EARTH METAL
SILICATE SOLUTIONS IN ALKALINE-EARTH METAL CHLORIDE MELTS 100 5.4.3
ALKALINE-EARTH METAL TITANATE SOLUTIONS IN ALKALINE-EARTH METAL CHLORIDE
MELTS 100 5.4.4 ALKALINE-EARTH METAL MOLYBDATE SOLUTIONS IN ALKALI METAL
CHLORIDE MELTS 100 5.4.5 ALKALINE-EARTH METAL MOLYBDATE SOLUTIONS IN
ALKALINE-EARTH METAL CHLORIDE MELTS 100 5.4.6 ALKALINE-EARTH METAL
TUNGSTATE SOLUTIONS IN ALKALI METAL CHLORIDE 101 5.4.7 ALKALINE-EARTH
METAL TUNGSTATE SOLUTIONS IN ALKALINE-EARTH METAL CHLORIDE MELTS 101
5.4.8 ALKALINE-EARTH METAL TUNGSTATE SOLUTIONS IN SODIUM TUNGSTATE MELTS
102 REFERENCES 104 6 MATERIALS, METHODS AND VARIABLES 105 6. 1
INTRODUCTION 105 6.2 FURNACE AND CHEMICALS 105 6.3 METHODS OF
CRYSTALLISATION 107 6.3.1 CRYSTALLISATION BY HOT-STAGE MICROSCOPY 107
6.3.2 CRYSTALLISATION IN PLATINUM CRUCIBLES (BY DIFFERENTIAL THERMAL
ANALYSIS) 107 X 6.3.3 CRYSTALLISATION IN ALUMINA CRUCIBLES (IN A HIGH
TEMPERATURE FURNACE) 109 6.3.4 DIRECT MEASUREMENT OF THE DEGREE OF
CRYSTALLISATION 112 6.4 INSTRUMENTAL ANALYSIS 115 6.4.1 INFRARED
SPECTROSCOPY 115 6.4.2 X-RAY METHODS 116 6.5 PARTICLE SIZE MEASUREMENT
116 6.6 PARTICLE SIZE DISTRIBUTION 120 6.7 STANDARD DEVIATION AND
STANDARD ERROR 124 6.8 CRYSTAL NUMBER (N) 12 4 REFERENCES 125 7 THEORY
OF CRYSTALLISATION FROM SUPERSATURATED SOLUTIONS AT CONSTANT
TEMPERATURES 126 7.1 INTRODUCTION 126 7.2 SUPERSATURATION AND
CRYSTALLISATION AFFINITY 127 7.3 THE THERMODYNAMICS OF NUCLEATION 128
7.4 THE KINETICS OF NUCLEATION 130 7.5 CRYSTAL GROWTH (AND GROWTH RATES)
135 7.5.1 THE OVERALL MECHANISM 135 7.5.2 GROWTH PROCESSES 137 7.6 THE
OVERALL KINETICS OF GROWTH 142 7.6.1 HETEROGENEOUS NUCLEATION 142 7.6.2
HOMOGENEOUS NUCLEATION 143 7.6.3 GROWTH ONTO SEEDS 143 7.7 KINETIC
EQUATIONS FOR GROWTH 143 7.7.1 DIFFUSION-CONTROLLED GROWTH 144 7.7.2
SURFACE NUCLEATION-CONTROLLED GROWTH 145 REFERENCES 146 8 THEORY OF
CRYSTALLISATION WITH CONTINUOUS DEVELOPMENT OF SUPERSATURATION 147 8.1
INTRODUCTION 147 8.2 NUCLEATION 148 8.3 CRITICAL TIME AND CRITICAL
TEMPERATURE 149 8.4 VARIATION OF N WITH S (OR C) 150 8.5 OVERALL
KINETICS OF CRYSTAL GROWTH 151 8.5.1 SYSTEMS WITH NO INDUCTION PERIOD
151 8.5.2 SYSTEMS WITH A SHORT INDUCTION PERIOD 152 8.5.3 SYSTEMS WITH A
PROLONGED INDUCTION PERIOD 152 8.5.4 KINETIC RELATIONSHIPS AT LATER
STAGES 152 REFERENCES 153 XI 9 PRELIMINARY GENERAL STUDIES ON
CRYSTALLISATION 154 9.1 INTRODUCTION 154 9.2 CRYSTALLISATION AND
ANALYSIS 155 9.3 VARIATION OF CRYSTAL SIZE AND NUMBER WITH METAL SALT
STRUCTURE 156 9.3.1 CRYSTALLISATION FROM LITHIUM CHLORIDE MELTS 156
9.3.2 CRYSTALLISATION FROM ALKALINE-EARTH METAL CHLORIDE MELTS 156 9.3.3
CRYSTALLISATION FROM SODIUM TUNGSTATE MELTS .... 156 9.4 VARIATION OF
CRYSTAL SIZE AND NUMBER WITH RATE OF COOLING 156 9.4.1 CRYSTALLISATION
FROM LITHIUM CHLORIDE MELTS 157 9.4.2 CRYSTALLISATION FROM
ALKALINE-EARTH METAL CHLORIDE MELTS 161 9.4.3 CRYSTALLISATION FROM
SODIUM TUNGSTATE MELTS .... 161 9.5 VARIATION OF CRYSTAL SIZE AND NUMBER
WITH INITIAL CRYSTALLISATION TEMPERATURE (AND SOLUTE SOLUBILITY) 164
9.5.1 CRYSTALLISATION FROM LITHIUM CHLORIDE MELTS 164 9.5.2
CRYSTALLISATION FROM ALKALINE-EARTH METAL CHLORIDE MELTS 164 9.5.3
CRYSTALLISATION FROM SODIUM TUNGSTATE MELTS .... 167 9.6 CRYSTAL FORM
168 9.7 PRELIMINARY DIFFERENTIAL THERMAL ANALYSIS STUDIES 168 REFERENCES
168 10 CRYSTALLISATION AT CONSTANT TEMPERATURES 170 10.1 INTRODUCTION
170 10.2 CRYSTALLISATION 170 10.3 ANALYSIS AND CHARACTERISATION OF
CRYSTALS 173 10.4 CRYSTAL SIZE AND SHAPE 173 10.4.1 CRYSTAL SIZE 173
10.4.2 CRYSTAL SIZE DISTRIBUTION 173 10.4.3 CRYSTAL FORM 174 10.4.4
CRYSTAL ANISOMETRY 178 10.5 ALTERNATIVE METHODS 181 10.5.1 HOT-STAGE
MICROSCOPY 181 10.5.2 CHEMICAL ANALYSIS OF THE RESIDUAL SOLUTION 181
10.5.3 DIFFERENTIAL THERMAL ANALYSIS 184 10.6 NUCLEATION (SEED NUMBER)
184 10.7 GROWTH 185 10.7.1 DEGREE OF CRYSTALLISATION (A T ) 185 10.7.2
COURSE OF GROWTH 186 10.7.3 MAXIMUM LENGTH AND WIDTH 187 10.8 KINETICS
OF GROWTH 187 10.9 MECHANISM OF GROWTH 192 XII 10.9.1 KINETIC
RELATIONSHIPS AT EARLY STAGES 192 10.9.2 KINETIC RELATIONSHIPS AT LATER
STAGES 193 10.10 RATE CONSTANTS (FOR DIFFUSION-CONTROLLED CRYSTAL
GROWTH) 196 10.10.1 VARIATION OF RATE CONSTANTS WITH METAL CATION ...
198 10.10.2 VARIATION OF RATE CONSTANTS WITH TEMPERATURE ... 198 10.11
DIFFUSION RATE CONSTANTS AND DIFFUSION COEFFICIENTS 198 REFERENCES 199
11 CRYSTALLISATION BY CONTINUOUS COOLING FROM LITHIUM CHLORIDE MELTS IN
ALUMINA CRUCIBLES 201 11.1 INTRODUCTION 201 11.2 CRYSTALLISATION 202
11.2.1 OVERALL EXCESS SOLUTE CONCENTRATIONS 202 11.2.2 RESIDUAL EXCESS
SOLUTE CONCENTRATIONS 204 11.2.3 TOTAL CRYSTAL WEIGHTS 204 11.2.4
METHODS OF CRYSTALLISATION 205 11.3 ANALYSIS AND CHARACTERISATION OF
CRYSTALS 207 11.4 CRYSTAL SIZE AND SHAPE 207 11.4.1 CRYSTAL SIZE 207
11.4.2 CRYSTAL SIZE DISTRIBUTION 208 11.4.3 CRYSTAL FORM 210 11.4.4
CRYSTAL ANISOMETRY 211 11.4.5 SHAPE FACTOR (/ S ) 211 11.5 KINETICS AT
EARLY STAGES 211 11.5.1 DEGREE OF CRYSTALLISATION 211 11.5.2 CRYSTAL
LENGTH VS. TIME PLOTS 213 11.6 NUCLEATION 217 11.6.1 NUCLEATION
MECHANISM AND KINETICS 217 11.6.2 NUCLEATION RATE CONSTANTS 219 11.6.3
NUCLEUS NUMBER 221 11.6.4 INDUCTION PERIODS 223 11.6.5 RELATIONSHIP
BETWEEN T V AND / 225 11.6.6 RELATIONSHIP BETWEEN (N/T) AND * * 226 11.7
GROWTH KINETICS 226 11.7.1 CRYSTAL LENGTH VS. GROWTH TIME 226 11.7.2
GROWTH-RATES 228 11.7.3 MECHANISM OF GROWTH 233 11.8 RATE CONSTANTS 233
11.9 RATE CONSTANTS AND DIFFUSION COEFFICIENTS 234 11.9.1 GROWTH ALONG
MAJOR AXES 236 11.9.2 GROWTH ALONG MINOR AXES 238 11.10 FACTORS
AFFECTING DIFFUSION OF MATERIALS 239 11.11 NON-IDEAL
DIFFUSION-CONTROLLED CRYSTAL GROWTH 239 11.12 CRYSTAL ANISOMETRY 240
XIII 11.13 FINAL CRYSTAL SIZE 240 REFERENCES 241 12 CRYSTALLISATION BY
CONTINUOUS COOLING FROM SODIUM TUNGSTATE MELTS IN ALUMINA CRUCIBLES 242
12.1 INTRODUCTION 242 12.2 CRYSTALLISATION 242 12.2.1 DEVELOPMENT OF
SUPERSATURATION 243 12.2.2 METHODS OF CRYSTALLISATION 246 12.3 CRYSTAL
SIZE AND SHAPE 246 12.3.1 CRYSTAL SIZE 246 12.3.2 CRYSTAL FORM 247
12.3.3 CRYSTAL ANISOMETRY 249 12.3.4 SHAPE FACTOR (/ S ) 250 12.4
KINETICS AT EARLY STAGES 254 12.4.1 DEGREE OF CRYSTALLISATION (A T ) VS.
TIME (T) PLOTS .. 254 12.4.2 CRYSTAL LENGTH VS. TIME PLOTS 254 12.4.3
CRYSTAL WIDTH 254 12.5 NUCLEATION 254 12.5.1 VARIATION WITH RATE OF
COOLING (RT) 255 12.5.2 VARIATION WITH INITIAL CRYSTALLISATION
TEMPERATURE (TO) 255 12.5.3 VARIATION WITH METAL CATION 255 12.6 GROWTH
KINETICS 255 12.6.1 VARIATION WITH INITIAL CRYSTALLISATION TEMPERATURE
(**) 255 12.6.2 VARIATION WITH RATE OF COOLING (R T ) 258 12.7 MECHANISM
OF GROWTH 259 12.8 RATE CONSTANTS (FOR DIFFUSION-CONTROLLED GROWTH) 259
12.9 RATE CONSTANTS AND DIFFUSION COEFFICIENTS 261 12.9.1 GROWTH ALONG
THE MAJOR AXES 262 12.9.2 GROWTH ALONG THE MINOR AXES 263 12.10
NON-IDEAL DIFFUSION-CONTROLLED CRYSTAL GROWTH 263 12.11 CRYSTAL
ANISOMETRY 264 12.12 FINAL CRYSTAL SIZE 264 REFERENCES 264 13
CRYSTALLISATION BY DIFFERENTIAL THERMAL ANALYSIS 265 13.1 INTRODUCTION
265 13.2 CRYSTALLISATION 265 13.3 DEVELOPMENT OF SUPERSATURATION 267
13.3.1 OVERALL EXCESS SOLUTE CONCENTRATIONS 267 13.3.2 RESIDUAL EXCESS
SOLUTE CONCENTRATIONS 269 13.3.3 TOTAL CRYSTAL WEIGHTS 270 13.3.4
CRITICAL TIME (T), CRITICAL TEMPERATURE (*) AND CRITICAL EXCESS SOLUTE
CONCENTRATION (AC) 270 13.4 OVERALL KINETICS 271 13.4.1 DEGREE OF
CRYSTALLISATION (A T ) 271 13.4.2 CRYSTAL LENGTH 276 13.5 NUCLEATION 283
13.5.1 VARIATION OF INDUCTION PERIOD WITH RATE OF COOLING (R T ) 288
13.5.2 VARIATION OF INDUCTION PERIOD WITH INITIAL CRYSTALLISATION
TEMPERATURE (* 0 ) 290 13.5.3 VARIATION OF INDUCTION PERIOD WITH METAL
CATION 290 13.6 GROWTH AFTER THE INDUCTION PERIOD 290 13.6.1 INITIAL
GROWTH RATES 290 13.6.2 AVERAGE CRYSTAL LENGTH (L T ) 291 13.6.3 /R VS.
* RELATIONSHIPS 291 13.6.4 THE FINAL GROWTH 297 13.7 MECHANISM OF GROWTH
299 13.8 RATE CONSTANTS 299 REFERENCES 302 KINETIC PARAMETERS AND
THERMODYNAMIC PROPERTIES IN CRYSTAL GROWTH 303 14.1 INTRODUCTION 303
14.2 A MATHEMATICAL MODEL 304 14.3 THE PROXIMITY OF A DIFFUSING PARTICLE
AND ITS HOST IMMEDIATELY BEFORE A SUCCESSFUL DIFFUSION ENCOUNTER ....
306 14.4 NUMERICAL CALCULATIONS OF KINETIC PARAMETERS AND THERMODYNAMIC
PROPERTIES 306 14.5 CRYSTALLISATION IN ALUMINA CRUCIBLES 307 14.5.1
ACTIVATION ENERGY 307 14.5.2 THE PRE-EXPONENTIAL FACTOR 308 14.5.3
ACTIVATION ENTHALPY 312 14.5.4 FREE ENERGY OF ACTIVATION 312 14.5.5
ACTIVATION ENTROPY 312 14.6 CRYSTALLISATION IN PLATINUM CRUCIBLES 312
14.6.1 THE PRE-EXPONENTIAL FACTOR 312 14.6.2 ACTIVATION ENERGY 313
14.6.3 ACTIVATION ENTHALPY 317 14.6.4 FREE ENERGY OF ACTIVATION 317
14.6.5 ACTIVATION ENTROPY 317 14.7 PROXIMITY (DU) BETWEEN THE REACTING
PARTNERS 317 REFERENCES 318
|
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| dewey-full | 548/.5 |
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| id | DE-604.BV004829091 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T16:18:17Z |
| institution | BVB |
| isbn | 0471931098 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-002971625 |
| oclc_num | 23768913 |
| open_access_boolean | |
| owner | DE-12 DE-20 |
| owner_facet | DE-12 DE-20 |
| physical | XXII, 322 S. graph. Darst. |
| publishDate | 1992 |
| publishDateSearch | 1992 |
| publishDateSort | 1992 |
| publisher | Wiley |
| record_format | marc |
| spelling | Roy, Bimalendu Narayan Verfasser aut Crystal growth from melts applications to growth of groups 1 and 2 crystals Bimalendu Narayan Roy Chichester u.a. Wiley 1992 XXII, 322 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Cristallographie ram Crystal growth Schmelzen (DE-588)4179780-2 gnd rswk-swf Kristall (DE-588)4033209-3 gnd rswk-swf Schmelzkristallisation (DE-588)4243444-0 gnd rswk-swf Kristallwachstum (DE-588)4123579-4 gnd rswk-swf Kristallwachstum (DE-588)4123579-4 s Kristall (DE-588)4033209-3 s Schmelzen (DE-588)4179780-2 s DE-604 Schmelzkristallisation (DE-588)4243444-0 s GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002971625&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Roy, Bimalendu Narayan Crystal growth from melts applications to growth of groups 1 and 2 crystals Cristallographie ram Crystal growth Schmelzen (DE-588)4179780-2 gnd Kristall (DE-588)4033209-3 gnd Schmelzkristallisation (DE-588)4243444-0 gnd Kristallwachstum (DE-588)4123579-4 gnd |
| subject_GND | (DE-588)4179780-2 (DE-588)4033209-3 (DE-588)4243444-0 (DE-588)4123579-4 |
| title | Crystal growth from melts applications to growth of groups 1 and 2 crystals |
| title_auth | Crystal growth from melts applications to growth of groups 1 and 2 crystals |
| title_exact_search | Crystal growth from melts applications to growth of groups 1 and 2 crystals |
| title_full | Crystal growth from melts applications to growth of groups 1 and 2 crystals Bimalendu Narayan Roy |
| title_fullStr | Crystal growth from melts applications to growth of groups 1 and 2 crystals Bimalendu Narayan Roy |
| title_full_unstemmed | Crystal growth from melts applications to growth of groups 1 and 2 crystals Bimalendu Narayan Roy |
| title_short | Crystal growth from melts |
| title_sort | crystal growth from melts applications to growth of groups 1 and 2 crystals |
| title_sub | applications to growth of groups 1 and 2 crystals |
| topic | Cristallographie ram Crystal growth Schmelzen (DE-588)4179780-2 gnd Kristall (DE-588)4033209-3 gnd Schmelzkristallisation (DE-588)4243444-0 gnd Kristallwachstum (DE-588)4123579-4 gnd |
| topic_facet | Cristallographie Crystal growth Schmelzen Kristall Schmelzkristallisation Kristallwachstum |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002971625&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT roybimalendunarayan crystalgrowthfrommeltsapplicationstogrowthofgroups1and2crystals |