Structure and properties of atomic nanoclusters:
Saved in:
| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
London [u.a.]
Imperial College Press
2005
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XV, 410 S. Ill., graph. Darst. |
| ISBN: | 1860945511 |
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| 100 | 1 | |a Alonso, Julio A. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Structure and properties of atomic nanoclusters |c Julio A. Alonso |
| 264 | 1 | |a London [u.a.] |b Imperial College Press |c 2005 | |
| 300 | |a XV, 410 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
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| 650 | 4 | |a Microclusters | |
| 650 | 4 | |a Nanostructured materials | |
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Record in the Search Index
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| adam_text | STRUCTURE AND PRAPERTIES AF ATAMIC NANACLUSTERS JULIO A. ALONSO
UNIVERSIDAD DE VAUADOLID, SPAIN IMPERIAL COLLEGE PRESS CONTENTS FOREWORD
VN ACKNOWLEDGMENTS XV 1. INTRODUCTION TO CLUSTERS 1 1.1 THE FIELD OF
CLUSTERS 1 1.2 TYPESOF CLUSTERS 3 1.2.1 VAN DER WAALS CLUSTERS 3 1.2.2
METAL CLUSTERS 4 1.2.3 CLUSTERS OF IONIC MATERIALS 5 1.2.4 NETWORK
CLUSTERS , 6 1.2.5 CLUSTER ASSEMBLED SOLIDS 6 REFERENCES 6 2.
EXPERIMENTAL PRODUCTION OF CLUSTERS 7 2.1 FORMATION OF CLUSTERS IN
MATRICES 7 2.1.1 CHEMICAL REACTION IN A LIQUID MEDIUM 7 2.1.2
IRRADIATION OF A SOLID 8 2.1.3 IMMERSION OF A POROUS GLASS IN A LIQUID
METAL 9 2.1.4 CONDENSATION ON A SUBSTRATE 9 2.2 LIQUID METAL ION SOURCE
10 * 2.3 ION BOMBARDMENT 10 2.4 SUPERSONIC NOZZLE SOURCES 10 2.4.1
KINETICS OF COAGULATION 12 2.4.2 SEEDED NOZZLE SOURCES 13 2.4.3 GAS
AGGREGATION SOURCES 13 2.4.4 LASER VAPORIZATION 14 2.4.5 CLUSTERS IN
HELIUM DROPLETS 14 2.5 MASS ANALYSIS 14 REFERENCES 1 IX STRUCTURE AND
PROPERTIES OFATOMIC CLUSTERS VAN DER WAALS CLUSTERS 21 3.1 STRUCTURE OF
VAN DER WAALS CLUSTERS 21 3.2 TRANSITION TO THE BULK 28 3.3 THERMAL
PROPERTIES 31 3.3.1 SOLID TO SOLID TRANSITIONS 31 3.3.2 MELTING
TRANSITION 33 3.3.3 MIXED INERT GAS CLUSTERS 42 3.3.4 LIQUID TO GAS
PHASE TRANSITION IN HYDROGEN CLUSTERS ..43 3.4 ELECTRONIC EFFECTS 46
3.4.1 DELOCALIZED ELECTRONIC STATES OF EXCESS ELECTRONS 46 3.4.2 CORE
LEVEL SPECTROSCOPY 50 3.5 CLUSTERS OF SF 6 AND C0 2 MOLECULES 52 3.6
INTERACTION WITH ULTRAFAST LASER PULSES 54 REFERENCES 56 ELECTRONIC AND
ATOMIC SHELLS IN METAL CLUSTERS 59 4.1 EXPERIMENTAL OBSERVATION OF
ELECTRONIC SHELLS 59 4.2 SPHERICAL WELL MODEL OF METALLIC CLUSTERS 62
4.3 ELECTRONIC SHELL EFFECTS IN LARGE CLUSTERS 69 4.4 SPHEROIDAL
DEFORMATIONS OF THE CLUSTER SHAPE 74 4.5 A FUELL DESCRIPTION OF THE
CLUSTER STRUCTURE 77 4.6 SHELLS OF ATOMS 83 4.7 APPROXIMATE TREATMENT OF
THE GEOMETRICAL STRUCTURE 86 4.7.1 SPHERICALLY AVERAGED PSEUDOPOTENTIAL
MODEL 86 4.7.2 CYLINDRICALLY AVERAGED PSEUDOPOTENTIAL (CAPS) MODEL 88
4.8 CLUSTERS OF THE ALUMINUM GROUP 89 4.8.1 ALUMINUM CLUSTERS 89 4.8.2
BORON CLUSTERS 91 REFERENCES 2 ELECTRONIC AND OPTICAL PROPERTIES OF
SIMPLE METAL CLUSTERS ..97 5.1 LONIZATION POTENTIAL AND ELECTRON
AFFINITY 97 5.2 ODD-EVEN EFFECTS 104 5.3 TEMPERATURE DEPENDENCE OF THE
LONIZATION POTENTIAL ....108 5.4 HARDNESS AND REACTIVITY 11 5.5 MASS
SPECTRUM OBTAINED AT NEAR-THRESHOLD LONIZATION ENERGIES H3 5.6 RESPONSE
TO A STATIC ELECTRIC FIELD 116 CONTENTS 5.7 DYNAMICAL RESPONSE 120 5.7.1
RELATION BETWEEN THEORY AND EXPERIMENT 120 5.7.2 SUMRULES 124 5.7.3
CALCULATION OF THE DYNAMICAL SUSCEPTIBILITY 128 5.7.4 SPHERICAL CLUSTERS
130 5.7.5 EFFECT OF SHAPE DEFORMATIONS 135 5.7.6 EFFECT OF THE ION
GRANULARITY 138 5.7.7 VIBRATIONAL STRUCTURE OF THE OPTICAL RESPONSE 143
5.7.8 THERMAL LINE BROADENING 145 REFERENCES 147 6. MELTING AND
FRAGMENTATION OF METAL CLUSTERS 153 6.1 MELTING TRANSITION 153 6.1.1
EXPERIMENTS FORLARGE ALKALI CLUSTERS 153 6.1.2 CALORIMETRIC MEASUREMENTS
OF MELTING OF MEDIUM SIZE CLUSTERS 156 6.2 COMPUTER SIMULATION OF
MELTING 162 6.2.1 COMPUTER SIMULATIONS USING APPROXIMATE METHODS.162
6.2.2 AB INITIO SIMULATIONS 168 6.3 CLUSTERS WITH ABNORMALLY HIGH
MELTING TEMPERATURE...L70 6.4 OPTICAL PROPERTIES AND MELTING 175 6.5
FRAGMENTATION OF MULTIPLY CHARGED CLUSTERS 176 6.5.1 SURFACE AND COULOMB
FORCES 176 6.5.2 MODELS AND CALCULATIONS OF CLUSTER FISSION 179 6.6
OPTICAL RESPONSE ALONG THE FISSION PATH 191 6.7 FROM FISSION TO
FRAGMENTATION TO COULOMB EXPLOSION .193 6.8 CALORIC CURVES OF
FRAGMENTING CLUSTERS 198 REFERENCES 200 7. BIMETALLIC CLUSTERS 205 7.1
INTRODUCTION 205 7.2 ALLOYING EFFECTS IN ALKALI METAL CLUSTERS 205 7.3
COLLECTIVE ELECTRONIC EXCITATIONS 208 7.4 DIVALENT AND MONOVALENT
IMPURITIES IN ALKALI METAL CLUSTERS 210 7.5 HIGHER VALENCE IMPURITIES
215 7.6 IMPURITIES IN ALUMINUM CLUSTERS 220 REFERENCES 225 STRUCTURE AND
PROPERTIES OFATOMIC CLUSTERS CLUSTERS OF THE TRANSITION METALS 229 8.1
NOBLE METAL CLUSTERS 229 8.1.1 ELECTRONIC SHELL EFFECTS 229 8.1.2
INTERPLAY BETWEEN D AND S ELECTRONS 231 8.1.3 STRUCTURE 232 8.1.4
SPECIAL PROPERTIES OF GOLD CLUSTERS 234 8.1.5 OPTICAL PROPERTIES 236 8.2
GENERAL BONDING PROPERTIES IN CLUSTERS OF TRANSITION METALS 238 8.3
ELECTRONIC AND ATOMIC STRUCTURE 240 8.3.1 NICKEL CLUSTERS 241 8.3.2 IRON
CLUSTERS 244 8.3.3 NIOBIUM CLUSTERS 245 8.3.4 TITANIUM AND VANADIUM
CLUSTERS 248 8.3.5 CHROMIUM CLUSTERS 250 8.4 THERMIONIC EMISSION FROM
REFRACTORY METAL CLUSTERS ..253 8.5 NONMETAL TO METAL TRANSITION 256 8.6
ATOMIC SHELL EFFECTS 259 8.6.1 REACTIVITY OF NI CLUSTERS 260 8.6.2 SHELL
EFFECTS IN OTHER CLUSTERS 265 8.7 GOLD CLUSTERS WITH IMPURITIES 266 8.8
DOUBLY CHARGED CLUSTERS 268 REFERENCES 270 MAGNETISM 277 9.1 SOME BASIC
CONCEPTS 277 9.2 SIZE DEPENDENCE OF THE MAGNETIC MOMENTS 279 9.3
MAGNETIC SHELL MODELS 282 9.4 TEMPERATURE DEPENDENCE OF THE MAGNETIC
MOMENTS 287 9.5 MAGNETIC MOMENTS OF NICKEL CLUSTERS AND THEIR
INTERPRETATION 289 9.5.1 TIGHT-BINDING STUDIES 289 9.5.2 INFLUENCE OF
THE S ELECTRONS 298 9.6 DENSITY FUNCTIONAL STUDIES FOR NI, FE AND CR
CLUSTERS ..299 9.6.1 NICKEL CLUSTERS 299 9.6.2 IRON AND AND CHROMIUM
CLUSTERS 300 9.7 EXPERIMENTS AND CALCULATIONS FOR MN CLUSTERS 301 9.7.1
CLUSTERS WITH LESS THAN TEN ATOMS 301 9.7.2 CLUSTERS WITH MORE THAN TEN
ATOMS 305 XM 9.8 MAGNETISM IN CLUSTERS OF THE 4D METALS 306 9.8.1
RHODIUM CLUSTERS 307 9.8.2 RUTHENIUM AND PALLADIUM CLUSTERS 309 9.9
EFFECT OF ADSORBEDMOLECULES 310 9.10 DETERMINATION OF MAGNETIC MOMENTS
BY COMBINING THEORY AND PHOTODETACHMENT SPECTROSCOPY 312 9.11
NONCOLLINEAR MAGNETISM 314 REFERENCES 316 CLUSTERS OF IONIC MATERIALS
321 10.1 NEARLY STOICHIOMETRIC METAL HALIDE CLUSTERS 321 10.2
NONSTOICHIOMETRIC METAL HALIDE CLUSTERS 325 10.3 SMALL NEUTRAL CLUSTERS
326 10.4 STRUCTURAL TRANSITIONS 329 REFERENCES 332 CARBON CLUSTERS 333
11.1 CARBON FULLERENES 333 11.1.1 DISCOVERY OF THE FULLERENES 333 11.1.2
ELECTRONIC STRUCTURE OF C) 336 11.1.3 OTHER FULLERENES 338 11.2
FULLERENE COLLISIONS 340 11.2.1 COLLISIONS AT MEDIUM TO HIGH ENERGIES
341 11.2.2 COLLISIONS AT LOW TO MEDIUM ENERGIES 342 11.2.3 COLLISIONS
WITH SURFACES 342 11.3 COATING OF FULLERENES 343 11.3.1 ALKALI METAL
COVERAGE 343 11.3.2 COVERAGE BY OTHER METALS 345 11.4 OPTICAL PROPERTIES
OF CARBON CLUSTERS 348 11.4.1 FULLERENES 348 11.4.2 MEDIUM SIZE CLUSTERS
350 11.4.3 COATED FULLERENES 352 11.4.4 MULTILAYERED FULLERENES 353 11.5
METALCARBOHEDRENES 355 11.5.1 STRUCTURE AND INFRARED VIBRATIONAL
SPECTROSCOPY....355 11.5.2 OTHER PHYSICAL PROPERTIES OF METCARS 359
11.5.3 CHEMICAL REACTIVITY 360 XIV STRUCTURE AND PROPERTIES OFATOMIC
CLUSTERS 11.6 OTHER METAL-CARBON CLUSTERS: FROM SMALL CLUSTERS TO
NANOCRYSTALS 361 REFERENCES 364 12. ASSEMBLING OF NEW MATERIALS FROM
CLUSTERS 369 12.1 GENERAL PRINCIPLES 369 12.2 CRY STALLINE INTERMETALLIC
COMPOUNDS CONTAINING CLUSTERS 371 12.3 BORON CLUSTERS IN SOLIDS 376 12.4
ASSEMBLING OFCEOFULLERENES 378 12.4.1 (C 60 ) N CLUSTERS 378 12.4.2
FULLERENE SOLIDS 383 12.4.3 ALKALI-DOPED FULLERENE SOLIDS 385 12.4.4
MELTING IN ASSEMBLIES OF C^ CLUSTERS 387 12.5 SIMULATIONS OF THE
ASSEMBLING OF DOPED ALUMINUM CLUSTERS TO FORM CLUSTERED MATERIALS 391
12.5.1 A1 ]2 X CLUSTERS WITH 40 VALENCE ELECTRONS 391 12.5.2 ASSEMBLING
OF A1 13 H CLUSTERS 393 12.5.3 ASSEMBLING OF SUPERIONIC CLUSTER-SOLIDS
396 REFERENCES 397 .401
|
| adam_txt |
STRUCTURE AND PRAPERTIES AF ATAMIC NANACLUSTERS JULIO A. ALONSO
UNIVERSIDAD DE VAUADOLID, SPAIN IMPERIAL COLLEGE PRESS CONTENTS FOREWORD
VN ACKNOWLEDGMENTS XV 1. INTRODUCTION TO CLUSTERS 1 1.1 THE FIELD OF
CLUSTERS 1 1.2 TYPESOF CLUSTERS 3 1.2.1 VAN DER WAALS CLUSTERS 3 1.2.2
METAL CLUSTERS 4 1.2.3 CLUSTERS OF IONIC MATERIALS 5 1.2.4 NETWORK
CLUSTERS , 6 1.2.5 CLUSTER ASSEMBLED SOLIDS 6 REFERENCES 6 2.
EXPERIMENTAL PRODUCTION OF CLUSTERS 7 2.1 FORMATION OF CLUSTERS IN
MATRICES 7 2.1.1 CHEMICAL REACTION IN A LIQUID MEDIUM 7 2.1.2
IRRADIATION OF A SOLID 8 2.1.3 IMMERSION OF A POROUS GLASS IN A LIQUID
METAL 9 2.1.4 CONDENSATION ON A SUBSTRATE 9 2.2 LIQUID METAL ION SOURCE
10 * 2.3 ION BOMBARDMENT 10 2.4 SUPERSONIC NOZZLE SOURCES 10 2.4.1
KINETICS OF COAGULATION 12 2.4.2 SEEDED NOZZLE SOURCES 13 2.4.3 GAS
AGGREGATION SOURCES 13 2.4.4 LASER VAPORIZATION 14 2.4.5 CLUSTERS IN
HELIUM DROPLETS 14 2.5 MASS ANALYSIS 14 REFERENCES 1 IX STRUCTURE AND
PROPERTIES OFATOMIC CLUSTERS VAN DER WAALS CLUSTERS 21 3.1 STRUCTURE OF
VAN DER WAALS CLUSTERS 21 3.2 TRANSITION TO THE BULK 28 3.3 THERMAL
PROPERTIES 31 3.3.1 SOLID TO SOLID TRANSITIONS 31 3.3.2 MELTING
TRANSITION 33 3.3.3 MIXED INERT GAS CLUSTERS 42 3.3.4 LIQUID TO GAS
PHASE TRANSITION IN HYDROGEN CLUSTERS .43 3.4 ELECTRONIC EFFECTS 46
3.4.1 DELOCALIZED ELECTRONIC STATES OF EXCESS ELECTRONS 46 3.4.2 CORE
LEVEL SPECTROSCOPY 50 3.5 CLUSTERS OF SF 6 AND C0 2 MOLECULES 52 3.6
INTERACTION WITH ULTRAFAST LASER PULSES 54 REFERENCES 56 ELECTRONIC AND
ATOMIC SHELLS IN METAL CLUSTERS 59 4.1 EXPERIMENTAL OBSERVATION OF
ELECTRONIC SHELLS 59 4.2 SPHERICAL WELL MODEL OF METALLIC CLUSTERS 62
4.3 ELECTRONIC SHELL EFFECTS IN LARGE CLUSTERS 69 4.4 SPHEROIDAL
DEFORMATIONS OF THE CLUSTER SHAPE 74 4.5 A FUELL DESCRIPTION OF THE
CLUSTER STRUCTURE 77 4.6 SHELLS OF ATOMS 83 4.7 APPROXIMATE TREATMENT OF
THE GEOMETRICAL STRUCTURE 86 4.7.1 SPHERICALLY AVERAGED PSEUDOPOTENTIAL
MODEL 86 4.7.2 CYLINDRICALLY AVERAGED PSEUDOPOTENTIAL (CAPS) MODEL 88
4.8 CLUSTERS OF THE ALUMINUM GROUP 89 4.8.1 ALUMINUM CLUSTERS 89 4.8.2
BORON CLUSTERS 91 REFERENCES "2 ELECTRONIC AND OPTICAL PROPERTIES OF
SIMPLE METAL CLUSTERS .97 5.1 LONIZATION POTENTIAL AND ELECTRON
AFFINITY 97 5.2 ODD-EVEN EFFECTS 104 5.3 TEMPERATURE DEPENDENCE OF THE
LONIZATION POTENTIAL .108 5.4 HARDNESS AND REACTIVITY 11 5.5 MASS
SPECTRUM OBTAINED AT NEAR-THRESHOLD LONIZATION ENERGIES H3 5.6 RESPONSE
TO A STATIC ELECTRIC FIELD 116 CONTENTS 5.7 DYNAMICAL RESPONSE 120 5.7.1
RELATION BETWEEN THEORY AND EXPERIMENT 120 5.7.2 SUMRULES 124 5.7.3
CALCULATION OF THE DYNAMICAL SUSCEPTIBILITY 128 5.7.4 SPHERICAL CLUSTERS
130 5.7.5 EFFECT OF SHAPE DEFORMATIONS 135 5.7.6 EFFECT OF THE ION
GRANULARITY 138 5.7.7 VIBRATIONAL STRUCTURE OF THE OPTICAL RESPONSE 143
5.7.8 THERMAL LINE BROADENING 145 REFERENCES 147 6. MELTING AND
FRAGMENTATION OF METAL CLUSTERS 153 6.1 MELTING TRANSITION 153 6.1.1
EXPERIMENTS FORLARGE ALKALI CLUSTERS 153 6.1.2 CALORIMETRIC MEASUREMENTS
OF MELTING OF MEDIUM SIZE CLUSTERS 156 6.2 COMPUTER SIMULATION OF
MELTING 162 6.2.1 COMPUTER SIMULATIONS USING APPROXIMATE METHODS.162
6.2.2 AB INITIO SIMULATIONS 168 6.3 CLUSTERS WITH ABNORMALLY HIGH
MELTING TEMPERATURE.L70 6.4 OPTICAL PROPERTIES AND MELTING 175 6.5
FRAGMENTATION OF MULTIPLY CHARGED CLUSTERS 176 6.5.1 SURFACE AND COULOMB
FORCES 176 6.5.2 MODELS AND CALCULATIONS OF CLUSTER FISSION 179 6.6
OPTICAL RESPONSE ALONG THE FISSION PATH 191 6.7 FROM FISSION TO
FRAGMENTATION TO COULOMB EXPLOSION .193 6.8 CALORIC CURVES OF
FRAGMENTING CLUSTERS 198 REFERENCES 200 7. BIMETALLIC CLUSTERS 205 7.1
INTRODUCTION 205 7.2 ALLOYING EFFECTS IN ALKALI METAL CLUSTERS 205 7.3
COLLECTIVE ELECTRONIC EXCITATIONS 208 7.4 DIVALENT AND MONOVALENT
IMPURITIES IN ALKALI METAL CLUSTERS 210 7.5 HIGHER VALENCE IMPURITIES
215 7.6 IMPURITIES IN ALUMINUM CLUSTERS 220 REFERENCES 225 STRUCTURE AND
PROPERTIES OFATOMIC CLUSTERS CLUSTERS OF THE TRANSITION METALS 229 8.1
NOBLE METAL CLUSTERS 229 8.1.1 ELECTRONIC SHELL EFFECTS 229 8.1.2
INTERPLAY BETWEEN D AND S ELECTRONS 231 8.1.3 STRUCTURE 232 8.1.4
SPECIAL PROPERTIES OF GOLD CLUSTERS 234 8.1.5 OPTICAL PROPERTIES 236 8.2
GENERAL BONDING PROPERTIES IN CLUSTERS OF TRANSITION METALS 238 8.3
ELECTRONIC AND ATOMIC STRUCTURE 240 8.3.1 NICKEL CLUSTERS 241 8.3.2 IRON
CLUSTERS 244 8.3.3 NIOBIUM CLUSTERS 245 8.3.4 TITANIUM AND VANADIUM
CLUSTERS 248 8.3.5 CHROMIUM CLUSTERS 250 8.4 THERMIONIC EMISSION FROM
REFRACTORY METAL CLUSTERS .253 8.5 NONMETAL TO METAL TRANSITION 256 8.6
ATOMIC SHELL EFFECTS 259 8.6.1 REACTIVITY OF NI CLUSTERS 260 8.6.2 SHELL
EFFECTS IN OTHER CLUSTERS 265 8.7 GOLD CLUSTERS WITH IMPURITIES 266 8.8
DOUBLY CHARGED CLUSTERS 268 REFERENCES 270 MAGNETISM 277 9.1 SOME BASIC
CONCEPTS 277 9.2 SIZE DEPENDENCE OF THE MAGNETIC MOMENTS 279 9.3
MAGNETIC SHELL MODELS 282 9.4 TEMPERATURE DEPENDENCE OF THE MAGNETIC
MOMENTS 287 9.5 MAGNETIC MOMENTS OF NICKEL CLUSTERS AND THEIR
INTERPRETATION 289 9.5.1 TIGHT-BINDING STUDIES 289 9.5.2 INFLUENCE OF
THE S ELECTRONS 298 9.6 DENSITY FUNCTIONAL STUDIES FOR NI, FE AND CR
CLUSTERS .299 9.6.1 NICKEL CLUSTERS 299 9.6.2 IRON AND AND CHROMIUM
CLUSTERS 300 9.7 EXPERIMENTS AND CALCULATIONS FOR MN CLUSTERS 301 9.7.1
CLUSTERS WITH LESS THAN TEN ATOMS 301 9.7.2 CLUSTERS WITH MORE THAN TEN
ATOMS 305 XM 9.8 MAGNETISM IN CLUSTERS OF THE 4D METALS 306 9.8.1
RHODIUM CLUSTERS 307 9.8.2 RUTHENIUM AND PALLADIUM CLUSTERS 309 9.9
EFFECT OF ADSORBEDMOLECULES 310 9.10 DETERMINATION OF MAGNETIC MOMENTS
BY COMBINING THEORY AND PHOTODETACHMENT SPECTROSCOPY 312 9.11
NONCOLLINEAR MAGNETISM 314 REFERENCES 316 CLUSTERS OF IONIC MATERIALS
321 10.1 NEARLY STOICHIOMETRIC METAL HALIDE CLUSTERS 321 10.2
NONSTOICHIOMETRIC METAL HALIDE CLUSTERS 325 10.3 SMALL NEUTRAL CLUSTERS
326 10.4 STRUCTURAL TRANSITIONS 329 REFERENCES 332 CARBON CLUSTERS 333
11.1 CARBON FULLERENES 333 11.1.1 DISCOVERY OF THE FULLERENES 333 11.1.2
ELECTRONIC STRUCTURE OF C) 336 11.1.3 OTHER FULLERENES 338 11.2
FULLERENE COLLISIONS 340 11.2.1 COLLISIONS AT MEDIUM TO HIGH ENERGIES
341 11.2.2 COLLISIONS AT LOW TO MEDIUM ENERGIES 342 11.2.3 COLLISIONS
WITH SURFACES 342 11.3 COATING OF FULLERENES 343 11.3.1 ALKALI METAL
COVERAGE 343 11.3.2 COVERAGE BY OTHER METALS 345 11.4 OPTICAL PROPERTIES
OF CARBON CLUSTERS 348 11.4.1 FULLERENES 348 11.4.2 MEDIUM SIZE CLUSTERS
350 11.4.3 COATED FULLERENES 352 11.4.4 MULTILAYERED FULLERENES 353 11.5
METALCARBOHEDRENES 355 11.5.1 STRUCTURE AND INFRARED VIBRATIONAL
SPECTROSCOPY.355 11.5.2 OTHER PHYSICAL PROPERTIES OF METCARS 359
11.5.3 CHEMICAL REACTIVITY 360 XIV STRUCTURE AND PROPERTIES OFATOMIC
CLUSTERS 11.6 OTHER METAL-CARBON CLUSTERS: FROM SMALL CLUSTERS TO
NANOCRYSTALS 361 REFERENCES 364 12. ASSEMBLING OF NEW MATERIALS FROM
CLUSTERS 369 12.1 GENERAL PRINCIPLES 369 12.2 CRY STALLINE INTERMETALLIC
COMPOUNDS CONTAINING CLUSTERS 371 12.3 BORON CLUSTERS IN SOLIDS 376 12.4
ASSEMBLING OFCEOFULLERENES 378 12.4.1 (C 60 ) N CLUSTERS 378 12.4.2
FULLERENE SOLIDS 383 12.4.3 ALKALI-DOPED FULLERENE SOLIDS 385 12.4.4
MELTING IN ASSEMBLIES OF C^ CLUSTERS 387 12.5 SIMULATIONS OF THE
ASSEMBLING OF DOPED ALUMINUM CLUSTERS TO FORM CLUSTERED MATERIALS 391
12.5.1 A1 ]2 X CLUSTERS WITH 40 VALENCE ELECTRONS 391 12.5.2 ASSEMBLING
OF A1 13 H CLUSTERS 393 12.5.3 ASSEMBLING OF SUPERIONIC CLUSTER-SOLIDS
396 REFERENCES 397 .401 |
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| author | Alonso, Julio A. |
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| discipline_str_mv | Chemie / Pharmazie Physik Elektrotechnik / Elektronik / Nachrichtentechnik |
| format | Book |
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| id | DE-604.BV021711990 |
| illustrated | Illustrated |
| index_date | 2024-07-02T15:20:43Z |
| indexdate | 2024-07-09T20:42:16Z |
| institution | BVB |
| isbn | 1860945511 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-014925786 |
| oclc_num | 65404185 |
| open_access_boolean | |
| owner | DE-19 DE-BY-UBM DE-91G DE-BY-TUM DE-703 DE-20 DE-11 |
| owner_facet | DE-19 DE-BY-UBM DE-91G DE-BY-TUM DE-703 DE-20 DE-11 |
| physical | XV, 410 S. Ill., graph. Darst. |
| publishDate | 2005 |
| publishDateSearch | 2005 |
| publishDateSort | 2005 |
| publisher | Imperial College Press |
| record_format | marc |
| spelling | Alonso, Julio A. Verfasser aut Structure and properties of atomic nanoclusters Julio A. Alonso London [u.a.] Imperial College Press 2005 XV, 410 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Microclusters Nanostructured materials Atomcluster (DE-588)4631207-9 gnd rswk-swf Ionencluster (DE-588)4362381-5 gnd rswk-swf Nanopartikel (DE-588)4333369-2 gnd rswk-swf Fullerene (DE-588)4305238-1 gnd rswk-swf Atomcluster (DE-588)4631207-9 s Nanopartikel (DE-588)4333369-2 s DE-604 Ionencluster (DE-588)4362381-5 s Fullerene (DE-588)4305238-1 s GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014925786&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Alonso, Julio A. Structure and properties of atomic nanoclusters Microclusters Nanostructured materials Atomcluster (DE-588)4631207-9 gnd Ionencluster (DE-588)4362381-5 gnd Nanopartikel (DE-588)4333369-2 gnd Fullerene (DE-588)4305238-1 gnd |
| subject_GND | (DE-588)4631207-9 (DE-588)4362381-5 (DE-588)4333369-2 (DE-588)4305238-1 |
| title | Structure and properties of atomic nanoclusters |
| title_auth | Structure and properties of atomic nanoclusters |
| title_exact_search | Structure and properties of atomic nanoclusters |
| title_exact_search_txtP | Structure and properties of atomic nanoclusters |
| title_full | Structure and properties of atomic nanoclusters Julio A. Alonso |
| title_fullStr | Structure and properties of atomic nanoclusters Julio A. Alonso |
| title_full_unstemmed | Structure and properties of atomic nanoclusters Julio A. Alonso |
| title_short | Structure and properties of atomic nanoclusters |
| title_sort | structure and properties of atomic nanoclusters |
| topic | Microclusters Nanostructured materials Atomcluster (DE-588)4631207-9 gnd Ionencluster (DE-588)4362381-5 gnd Nanopartikel (DE-588)4333369-2 gnd Fullerene (DE-588)4305238-1 gnd |
| topic_facet | Microclusters Nanostructured materials Atomcluster Ionencluster Nanopartikel Fullerene |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014925786&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT alonsojulioa structureandpropertiesofatomicnanoclusters |