Verfügbarkeit: Highlights in applied mineralogy

Highlights in applied mineralogy:

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Bibliographische Detailangaben
Format:	Buch
Sprache:	English
Veröffentlicht:	Berlin De Gruyter [2018]
Schlagworte:	Angewandte Mineralogie Untersuchungsmethode Methode Mineralogie
Online-Zugang:	http://www.degruyter.com/search?f_0=isbnissn&q_0=9783110491227&searchTitles=true Inhaltsverzeichnis
Beschreibung:	xvi, 344 Seiten Illustrationen, Diagramme 24 cm x 17 cm
ISBN:	9783110491227 9783110497434 3110491222

Internformat

MARC


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Datensatz im Suchindex

_version_	1804177764415176704
adam_text	CONTENTS PREFACE* V LIST OF CONTRIBUTING AUTHORS* XIII PART I: HIGH-TECHNOLOGY MATERIALS 1 LITHIUM ION-CONDUCTING OXIDE GARNETS * 3 1.1 INTRODUCTION * 3 1.2 CRYSTAL STRUCTURE OF GARNETS * 4 1.3 NATURAL AND SYNTHETIC GARNETS * 6 1.3.1 NATURAL GARNETS * 6 1.3.2 SYNTHETIC GARNETS * 7 1.4 SOLID LI-ION CONDUCTORS * 8 1.5 INTRODUCTION ON LI-OXIDE GARNETS * 8 1.5.1 STRUCTURAL FEATURES OF LI-OXIDE GARNETS * 9 1.6 SYSTEMATIC OF LI-OXIDE GARNETS * 11 1.6.1 LI3LN3M62012 (LN = Y, PR, ND, SM-LU; M6 = TE6+, W6) (LI3 PHASES) 1.6.2 LI5LA3M5+2012 (M5 = NB5, TA5+, SB5, BI5+) (LI5 PHASES) ----- 11 1.6.3 LI6A2+LA2M5+2012 (A2* = MG2, CA2, SR2, 8A2; M5* - NB5, 7A-) (LI6 PHASES) * 12 1.6.4 LI7LA3M42012 (M4 = ZR4, HF4, SN4) (LI7 PHASES) 12 1.6.5 LI-OXIDE GARNETS WITH SPACE GROUP /43D* 14 1.7 OUTLOOK * 16 1.8 CONCLUSIONS * 16 ACKNOWLEDGMENTS * 16 REFERENCES * 16 2 OLIVINE-TYPE BATTERY MATERIALS * 23 2.1 INTRODUCTION * 23 2.2 OLIVINE IN NATURE * 23 2.3 LIFEP04 OLIVINE ----- 27 2.3.1 SYNTHESIS * 27 2.3.2 IMPURITIES AND DEFECTS * 27 2.3.3 ELECTROCHEMICAL PROPERTIES * 29 2.3.4 CARBON COATING* 31 2.3.5 AGING ----- 32 2.4 OTHER LI-BASED OLIVINES * 34 2.4.1 LI(MN,FE)P04 OLIVINES * 34 2.4.2 LICOP04 AND LINIP04 OLIVINES * 35 2.5 BATTERY OF THE FUTURE: OLIVINE-BASED NA-ION CELLS * 35 2.6 CONCLUSION ----- 37 REFERENCES ----- 37 3 NATURAL AND SYNTHETIC ZEOLITES * 41 3.1 HISTORY AND DEFINITIONS * 41 3.2 THE ZEOLITE STRUCTURE ----- 44 3.3 NATURAL OCCURRENCE OF ZEOLITES * 47 3.3.1 STRUCTURAL VARIABILITY OF THE ALUMOSILICATE ZEOLITES * 48 3.3.2 COMPOSITIONAL VARIABILITY OF THE FRAMEWORK * 48 3.3.3 COMPOSITIONAL VARIABILITY OF THE CATIONS OCCUPYING THE PORE VOLUME ----- 49 3.4 APPLICATIONS ----- 49 3.4.1 ION EXCHANGE * 50 3.4.2 ADSORPTION ----- 50 3.4.3 CATALYSIS ----- 51 3.5 SYNTHESIS OF ZEOLITES * 52 3.6 RECENT DEVELOPMENTS * 53 3.6.1 SYNTHESIS OF ZEOLITE MATERIALS ----- 53 3.6.2 APPLICATIONS ----- 61 3.7 OUTLOOK ----- 66 REFERENCES ----- 67 4 MICROSTRUCTURE ANALYSIS OF CHALCOPYRITE-TYPE CULNSE2 AND KESTERITE-TYPE CU2ZNSNSE4 ABSORBER LAYERS IN THIN FILM SOLAR CELLS * 73 4.1 INTRODUCTION ----- 73 4.2 EXPERIMENTAL ----- 77 4.2.1 DEPTH-RESOLVED GRAZING INCIDENCE X-RAY DIFFRACTION * 77 4.2.2 MICROSTRUCTURE ANALYSIS * 78 4.3 SUMMARY ----- 95 REFERENCES ----- 96 5 5 SURFACE-ENGINEERED SILICA VIA PLASMA POLYMER DEPOSITION * 99 5.1 PLASMA POLYMERIZATION * 99 5.2 POLYMER PLASMA SYNTHESIS OF AMINE-FUNCTIONALIZED SILICA PARTICLES * 100 5.3 POLYMER PLASMA SYNTHESIS OF SULFONATE-FUNCTIONALIZED SILICA PARTICLES ----- 103 5.4 PLASMA POLYMER SYNTHESIS OF HYDROPHOBIC FILMS ON SILICA PARTICLES * 107 REFERENCES ----- 110 6 CRYSTALLOGRAPHIC SYMMETRY ANALYSIS IN NITI SHAPE MEMORY ALLOYS * 113 6.1 INTRODUCTION * 113 6.2 ELEMENTARY LANDAU THEORY * 115 6.3 M-POINT TRANSVERSE DISTORTION MODES * 123 6.4 F-POINT STRAIN DISTORTION MODES * 125 6.5 MODE COUPLING AND INVARIANTS IN LANDAU FREE-ENERGY POLYNOMIAL ----- 126 6.6 MODEL OF BIQUADRATIC ORDER PARAMETER COUPLING * 128 ACKNOWLEDGMENT * 132 REFERENCES * 133 PART II: ENVIRONMENTAL MINERALOGY 7 GOLD, SILVER, AND COPPER IN THE GEOSPHERE AND ANTHROPOSPHERE: CAN INDUSTRIAL WASTEWATER ACT AS AN ANTHROPOGENIC RESOURCE? * 137 7.1 INTRODUCTION * 137 7.2 GOLD, SILVER, AND COPPER IN THE GEOSPHERE * 138 7.2.1 GOLD (AU) ----- 138 7.2.2 SILVER (AG) ----- 139 7.2.3 COPPER (CU) ----- 139 7.3 GOLD, SILVER, AND COPPER IN THE ANTHROPOSPHERE * 140 7.3.1 SYNTHESIS OF GOLD, SILVER, AND COPPER PHASES FROM AQUEOUS SOLUTIONS * 140 7.3.2 WASTEWATER: AN ANTHROPOGENIC RESOURCE FOR GOLD, SILVER, AND COPPER? * 144 7.4 WHAT DO/DID WE LEARN? * 146 ACKNOWLEDGMENTS * 147 REFERENCES * 147 8 APPLIED MINERALOGY FOR RECOVERY FROM THE ACCIDENT OF FUKUSHIMA DAIICHI NUCLEAR POWER STATION * 153 8.1 INTRODUCTION * 153 8.2 MINERALOGICAL ISSUES ON- AND OFF-SITE OF THE FDNPS * 154 8.2.1 ON-SITE ----- 154 8.2.2 OFF-SITE ----- 157 8.3 CASE STUDIES * 159 8.3.1 SELECTION OF ADSORBENTS AND PROCESSES FOR WATER TREATMENT ON SITE * 159 8.3.2 SOLIDIFICATION OF THE SPENT ADSORBENTS FOR SAFE AND ECONOMICAL STORAGE AND DISPOSAL * 161 8.3.3 IDENTIFICATION OF THE HOST MINERAL FOR CS RETENTION IN OFF-SITE SOILS * 163 8.4 CONCLUDING REMARK * 167 ACKNOWLEDGMENT* 167 REFERENCES * 167 9 PHOSPHATES AS SAFE CONTAINERS FOR RADIONUCLIDES * 171 9.1 INTRODUCTION * 171 9.2 NUCLEAR WASTE MANAGEMENT * 171 9.3 WHY SINGLE-PHASE PHOSPHATE CERAMICS? * 172 9.4 CRYSTAL STRUCTURES AND PROPERTIES * 174 9.4.1 MONAZITE TYPE ----- 174 9.4.2 APATITE TYPE * 175 9.4.3 XENOTIMETYPE * 176 9.4.4 KOSNARITE TYPE * 177 9.4.5 FLORENCITE TYPE ----- 179 9.4.6 TH-PHOSPHATE-DIPHOSPHATE (SS-TPD) TYPE * 180 9.4.7 SPECIFIC STRUCTURAL FEATURES OF MONAZITE * 181 9.5 CHEMICAL THERMODYNAMICS OF SINGLE PHASES AND SOLID SOLUTIONS * 185 9.6 COMPUTER SIMULATIONS AS A VALUABLE SUPPLEMENT TO EXPERIMENTAL RESULTS * 187 9.7 SUMMARY * 189 REFERENCES * 190 10 IMMOBILIZATION OF HIGH-LEVEL WASTE CALCINE (RADWASTE) IN PEROVSKITES * 197 10.1 INTRODUCTION * 197 10.2 IMMOBILIZATION OF RADIOACTIVE WASTE IN CERAMICS * 198 10.2.1 SUPERCALCINE CERAMIC * 198 10.2.2 APPLICATIONS AND PHASE ASSEMBLAGES OF SYNROC CERAMICS * 199 10.3 CRYSTAL CHEMISTRY OF PEROVSKITE-TYPE STRUCTURES SUITABLE FOR THE FIXATION OF RADWASTE * 203 10.3.1 PEROVSKITE MINERALS AND THEIR TECHNICAL ANALOGUES * 203 10.3.2 ARTIFICIAL TERNARY ACTINIDE PEROVSKITES * 212 10.4 DISCUSSION AND SUMMARY * 214 REFERENCES * 215 11 TITANATE CERAMICS FOR HIGH-LEVEL NUCLEAR WASTE IMMOBILIZATION * 223 11.1 INTRODUCTION * 223 11.2 MULTIBARRIER REPOSITORY * 224 11.3 DESIGN AND FABRICATION OF TITANATE CERAMICS * 225 11.4 RADIATION RESISTANCE * 229 11.5 DURABILITY OF TITANATE CERAMICS * 232 11.6 ATOMISTIC MODELING------233 11.7 CONCLUSIONS ----- 237 REFERENCES * 237 PART III: BIOMINERALIZATION, BIOMIMETICS, AND MEDICAL MINERALOGY 12 PATTERNS OF MINERAL ORGANIZATION IN CARBONATE BIOLOGICAL HARD MATERIALS * 245 12.1 INTRODUCTION ----- 245 12.2 COMPOSITE NATURE OF BIOLOGICAL HARD TISSUES * 245 12.3 CHARACTERISTIC BASIC MINERAL UNITS IN GASTROPOD, BIVALVE, AND BRACHIOPOD SHELLS * 248 12.4 CARBONATE HARD TISSUE MICROSTRUCTURES AND TEXTURES, DIFFERENCE IN CRYSTAL CO-ORIENTATION STRENGTH * 252 12.5 BIOMATERIAL FUNCTIONALIZATION THROUGH CARBONATE CRYSTAL ORIENTATION VARIATION * 260 12.5.1 CALCITIC TOOTH OF THE SEA URCHIN R LIVIDUS * 261 12.5.2 SHELLS OF H. OVINA AND M. EDULIS ----- 262 12.5.3 CALCITE IN THE TERGITE AND MANDIBLE EXOCUTICULA OF THE ISOPOD SPECIES PORCELLIO SCABER AND TYLOS EUROPAEUS * 262 12.6 CONCLUDING SUMMARY ----- 264 ACKNOWLEDGMENTS ----- 267 REFERENCES * 267 13 SEA URCHIN SPINES AS ROLE MODELS FOR BIOLOGICAL DESIGN AND INTEGRATIVE STRUCTURES * 273 13.1 INTRODUCTION ----- 273 13.2 PROPERTIES RELATED TO COMPOSITION AND NANOSTRUCTURE * 274 13.3 PROPERTIES RELATED TO DESIGN * 276 13.4 BIOMIMETIC MATERIALS FOR ENERGY DISSIPATION * 280 13.5 CONCLUSIONS AND OUTLOOK ----- 281 ACKNOWLEDGMENTS * 282 REFERENCES * 282 14 NACRE: A BIOMINERAL, A NATURAL BIOMATERIAL, AND A SOURCE OF BIO-INSPIRATION * 285 14.1 INTRODUCTION ----- 285 14.2 NACRE: A BIOMINERAL ----- 285 14.2.1 COMPOSITION OF NACRE * 285 14.2.2 MULTISCALE STRUCTURE OF AN IRIDESCENT BIOMINERAL * 286 14.2.3 NACRE TABLET FORMATION * 287 14.3 NACRE: A NATURAL BIOMATERIAL * 287 14.3.1 NACRE IM PLANT ----- 288 14.3.2 NACRE POWDER* 289 14.4 NACRE: A SOURCE OF BIO-INSPIRATION FOR NEW MATERIALS * 289 14.4.1 LAYERED STRUCTURE * 290 14.4.2 INTERFACIAL/INTERLOCKING STRUCTURE * 294 14.4.3 INNOVATIVE METHODS * 294 14.5 CONCLUSION ----- 298 REFERENCES * 298 15 HYDROXYLAPATITE COATINGS: APPLIED MINERALOGY RESEARCH IN THE BIOCERAMICS FIELD * 301 15.1 INTRODUCTION * 301 15.2 GEOLOGICAL HAP VS. BIOLOGICAL HAP * 301 15.2.1 STRUCTURE OF GEOLOGICAL HAP ----- 302 15.2.2 STRUCTURE OF BIOLOGICAL APATITE * 302 15.2.3 BIOCOMPATIBILITY OF BIOCERAMICS * 303 15.2.4 WORK IN THE AREA OF BIOCERAMICS * 304 15.2.5 OUTLOOK ON FUTURE DEVELOPMENTS AND FURTHER RESEARCH REQUIREMENTS * 311 REFERENCES * 313 16 A PROCEDURE TO APPLY SPECTROSCOPIC TECHNIQUES IN THE INVESTIGATION OF SILICA-BEARING INDUSTRIAL MATERIALS * 317 16.1 INTRODUCTION * 317 16.2 ACTIVATING FACTORS IN INDUSTRIAL CS-BEARING MATERIALS: EXAMPLES * 16.2.1 SIZE DISTRIBUTION * 319 16.2.2 SPECIATION OF INORGANIC RADICALS * 320 16.2.3 CHEMICAL AND MINERALOGICAL CONTAMINATION * 322 16.2.4 SPECIES SELECTION IN SUSPENDED DUSTS * 324 16.3 PROCEDURE: SAMPLING AND INVESTIGATION TECHNIQUES * 325 16.4 CONCLUSIONS ----- 328 ACKNOWLEDGMENTS * 328 REFERENCES * 329 ABOUT THE AUTHORS* 333 INDEX* 339
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discipline	Geologie / Paläontologie Physik Geographie
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id	DE-604.BV044449327
illustrated	Illustrated
indexdate	2024-07-10T07:53:16Z
institution	BVB
institution_GND	(DE-588)10095502-2
isbn	9783110491227 9783110497434 3110491222
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-029850290
oclc_num	1021375038
open_access_boolean
owner	DE-703 DE-634 DE-83 DE-29
owner_facet	DE-703 DE-634 DE-83 DE-29
physical	xvi, 344 Seiten Illustrationen, Diagramme 24 cm x 17 cm
publishDate	2018
publishDateSearch	2018
publishDateSort	2018
publisher	De Gruyter
record_format	marc
spelling	Highlights in applied mineralogy edited by Soraya Heuss-Aßbichler, Georg Amthauer, Melanie John Berlin De Gruyter [2018] © 2018 xvi, 344 Seiten Illustrationen, Diagramme 24 cm x 17 cm txt rdacontent n rdamedia nc rdacarrier Angewandte Mineralogie (DE-588)4649458-3 gnd rswk-swf Untersuchungsmethode (DE-588)4324907-3 gnd rswk-swf Methode (DE-588)4038971-6 gnd rswk-swf Mineralogie (DE-588)4039457-8 gnd rswk-swf Mineralogie (DE-588)4039457-8 s Methode (DE-588)4038971-6 s DE-604 Angewandte Mineralogie (DE-588)4649458-3 s Untersuchungsmethode (DE-588)4324907-3 s 1\p DE-604 Heuss-Aßbichler, Soraya Sonstige oth Amthauer, Georg 1942- Sonstige (DE-588)1132168597 oth John, Melanie Sonstige (DE-588)110625998X oth Walter de Gruyter GmbH & Co. KG (DE-588)10095502-2 pbl Erscheint auch als Online-Ausgabe, PDF 978-3-11-049734-2 Erscheint auch als Online-Ausgabe, EPUB 978-3-11-049508-9 X:MVB http://www.degruyter.com/search?f_0=isbnissn&q_0=9783110491227&searchTitles=true DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029850290&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk
spellingShingle	Highlights in applied mineralogy Angewandte Mineralogie (DE-588)4649458-3 gnd Untersuchungsmethode (DE-588)4324907-3 gnd Methode (DE-588)4038971-6 gnd Mineralogie (DE-588)4039457-8 gnd
subject_GND	(DE-588)4649458-3 (DE-588)4324907-3 (DE-588)4038971-6 (DE-588)4039457-8
title	Highlights in applied mineralogy
title_auth	Highlights in applied mineralogy
title_exact_search	Highlights in applied mineralogy
title_full	Highlights in applied mineralogy edited by Soraya Heuss-Aßbichler, Georg Amthauer, Melanie John
title_fullStr	Highlights in applied mineralogy edited by Soraya Heuss-Aßbichler, Georg Amthauer, Melanie John
title_full_unstemmed	Highlights in applied mineralogy edited by Soraya Heuss-Aßbichler, Georg Amthauer, Melanie John
title_short	Highlights in applied mineralogy
title_sort	highlights in applied mineralogy
topic	Angewandte Mineralogie (DE-588)4649458-3 gnd Untersuchungsmethode (DE-588)4324907-3 gnd Methode (DE-588)4038971-6 gnd Mineralogie (DE-588)4039457-8 gnd
topic_facet	Angewandte Mineralogie Untersuchungsmethode Methode Mineralogie
url	http://www.degruyter.com/search?f_0=isbnissn&q_0=9783110491227&searchTitles=true http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029850290&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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