Cumulative index to subjects

vii

Cumulative index to subjects Volume 1 1996

Abrasion-resistant

materials 809

Acid catalysts, solid 58-60,

Antiferromagnetisn

82, 103,

111

in half-metallics

see also Heteropolyacids

184

in invar alloys 342-343

Actin

Antimony(V)

elasticity of networks 388-389 role in cell and organelle motility 420-421 a_Adamantylacetophenones,

oxide, mesostructures

Antler horn, micromechanics

photochemical

Arabidopsis, rearrangements

526

biopolymer

Arsenic selenide,

Adsorbents

Asymmetric

79

441-442

production

photobleaching

reactions,

absolute

500,

for air separation 60-75

Atom transfer radical polymerization

mesoporous

Automobile

molecular sieves 81-82

Adsorptionldesorption laser-stimulated

from surfaces

615-616,

modelling of adsorption on oxide surfaces X-ray reflectometric Aerogels

studies of adsorbed

622-629

AX centers

97 5-7

822-824

method 287

biopolymer

porous solids for 69-75

production

motor proteins

by 407-409

in 412,

421

L-Alanine, crystal morphology 509

Barite, effects of diphosphonate

Alkali metal halides

S-Barium borate (&BaB204,

muon mobility in 844

crystal growth 206,

207

self-trapped

thin film preparation

206

excitons in, simulations 835-836

transfer of excitation energy to sorbed layers 837

Barium strontium titanate

alkylation catalysts for 58-60

conversion (BST)

control of crystal morphology 510

defect

microstructure

catafysts for 89, 99

isomerization catalysts for 60, 97-98,

98-99

chemistry 692-694,

microwave

Alkenes arylation catalysts for 102

ceramics

716-717,

Base catalysts,

epoxidation catalysts for 102,

103, 801

solid 103,

nickel/metal

Alkylation catalysts

BBO

for alkanes 58-60 82

materials for 262-265

material for optical frequency

orientation

in zeolite 471,

rheology 388-389 60

Biomaterials

333-334,

509

335-338

high yield strength in glass-forming magnetism in quasicrystals

188-l

385

synthesis 407-411

biosilicates

and biomimetic

liposomes

89 surfaces

822

from copper

in drug and gene delivery 392-400

dynamics

protein aggregation

in membranes

623

hyperbolicin

cell organelles

protein aggregation 557-561

659

diamond-like

carbon 555, alloys 342

bone 390,

measurement

of viscosity 681

interfacial aspects

390,

430-435

in silica syntheses

390,

426-427

Biomineralization

of thin films 706-707 562-566

Biosilicates

see also Glasses systems, cubic bicontinuous

phases

in 616.

Biphasic

653-662

425-426 for silicon-containing

catalysis

manufacture

resonator

99

2,2’Bipyridine

726

acid-benzene

coupled to liposomes

Chemistry Ltd ISSN

515,

derivatives,

393,

1359-0286

395,

516

cycloreversions

397-398

liquid-phase

derivatives,

Bloch oscillations

inclusion compound

BMT ceramics Bone

1, 17

717. 719,

catalysis

proton transfer in single crystals 522

inverse 18 522

materials 428

101

see also Supported

9-Anthracenecarboxylic

0 Current

432.433,436-439

precursors

Anthracene-bis(resorcinol)

401-406

in 401-406

ferromagnetic

t-Amy1 methyl ether (TAME),

440-445

and structure 412-424

Biomembranes

materials 555-585

silicon, hydrogen in 555,

430-435

silicate synthesis 425-429

of hard tissues 390,

motor proteins,

801-802

390,

436-439

and biopolymers

micromechanics

tooth enamel proteins 432-434

Ammonia, photodesorption

interfacial aspects

biopolymer

bone mineralization

Aluminium oxide, modelling of corundum macroporous

387-345

biomineralization,

Aluminium alloys

Antibodies,

conversion 208

472

lamellar 389

prediction of morphology 508,

dielectric

378-382

Biogels

103

Alloys see under Metals and alloys

Antennas,

664

112

hydride, alloys for 332,

(BaCaBOaFJ,

Benzene,

for 1,3,5trimethylbenzene

Amphiphile-water

723

see B-Barium borate

BCBF 60, 82

for imidazoles 103

microstructure

710

Batteries lithium/lithium ion, electrode

Aluminophosphates,

709,

721-722,

111,

oxidation catalysts for 60, 81

aluminium-titanium

723

having nickel electrodes

isomerization catalysts for 58, 59, 111

for 2,4-di-t-butylphenol

205-206

716,

695,896

of thin films 708,

multilayer capacitors

for 1,3-diketones

204,

ceramics

Barium titanates

dehydrogenation

for 4-t-butylphenol

ions on surfaces 508-509

BBO)

use in optical frequency

Alkanes

Amorphous

524-526

Bacteria

Air, separation,

Amelogenins,

522,

771-773

layers 647

801

silica, synthesis by sol-gel

a-Alumina,

409

exhaust catalysts 63, 91, 92, 115

three-way

desorption

by transgenic

in 479

720

Index

“Ill

to subjects

implant

materials

426

micromechanics mineralization

390,

Bone sialoproteins Berates, Bragg

Ceramics

390,

432,

433,

see Barium alkylation

BZT ceramics

717, 720,

strontium

Calcium

carbonate

defect

ceramics

sulphide,

martensitic

clusters

472-473

cobaltocene-intercalated

261

in mollusc

interfacial Nacre

Calcium

oxide, modelling

Calcium

phosphate

shell 659

aspects

390,

of surfaces

interfacial

Calixarene-fullerene

822,

aspects

technique

823

390,

432-434

(phase diagram

drug delivery

355-360

using liposomes

of ethanol

and catalyst

see also Silicon

and structural

supports

96-99

185

behaviour

hard conducting hollow

fibres,

nanotubes

557-561

adsorbents

synthesis

intercalated

zeolite

oxygen-selective

288-289

films on 67

see also Diamond; dioxide,

polymer

IiquidIsupercritical

759,

283-284

sieves

surface

adsorbed

and characterization

in

oxidation

Chimie

nonthermal Catalyst

471

on platinum

desorption

monolithic

619,

620

from surfaces

623-624,

625,

silicon

sieve), for heteropolyacids

ceramics

carbide

626

60

61, 88-95

based

polymerization

62-63,

632

with adsorbed

membranes

60-61,

mesoporous modified

complex,

gas conversion

11 l-l

Cell adhesion

471-472

compounds,

286-291

522

photopolymerization

acid derivatives

524

502

103

air separation

(CsLi(BsOdp),

adsorbents

material

73

for optical

frequency

conversion

solid state

photoisomerization photoracemizations

Colossal

at surfaces

617-621

57-64 111,

12

631-632

in biological

magneto-resistance

aggregation

405

441

compounds

see Giant

compounds

materials ceramic

663,

organic-silica

organic-inorganic

stochastic

722

hard tissues

390,

440-445

427-428

hybrids

759,

806-811

763 430

phenomena modelling

of hydrogen

666-673

ceramic-glass

of biological

polymer-in-polymer

Computer

526-530

hard tissues

magneto-resistance

polymer-mineral 112

524

551-552

low-temperature-fireable

on photosensitive

559

solid state

micromechanics

82, 103,

558,

complexes

nanoscale

materials

59-60,

05

809

carbon

fibre reinforced

1 10

in reactions

proteins,

285-286,

vapour

551-552

solid state

trimesic

645-652

Clays

Composite

61-62

reactions

developed

solid acid/base

species

82, 83

formation

photochemical

and guest

101-l

82, 800-801

sieves

57-60,

with acetonitrile

spin transition

Clathrate

Collagen, for homogeneous

689

materials

molecular

oil-refining

zeolites

227, 233,

of solid,

acid derivatives,

Cobalt

salt 273

replacements

interactions

recently

225,

reactions

spin transitions

heterogeneous

616.

cfouce (‘soft chemistry’)

diamond-like

96-99

environmental

pattern

773

97

carbides

natural

771-772,

63, 91, 92, 115

on zirconium-viologen

779

493-497

477-404

abrasion-resistant

three-way

464,

X-ray scattering

Coatings

radical

exhaust

778,

80, 463-464,

465-476

by laser ionization

Cinnamic

CLBO

Catalysts automobile

179-l

463,

pillared,

96-98

for atom transfer

aggregates

microscopy

and interfaces,

base catalysts

(molecular

567-571

463-497

optical

NMR 463,

analysis

Chromium

supports

MCM-41

555-556,

518-519

scattering

Cholates,

023-824

catalytic

262

and supramolecular

X-ray and neutron

761-768

layers on platinum

techniques

for surfaces

monoxide

adsorption

in glasses

compounds

scanning

solid state

69-70

Graphite

synthesis

261-262,

252-258

485-492

materials

Fullerenes;

250,

processes

inclusion

near-field

molecular

185

73

compounds

for macromolecules

form 280

and related

43-44,

108

photoinduced Channel

555,

674-678

715-723

zeolites

lamellar

carbide

(diamond-like)

663,

664,

42, 43

Characterization

amorphous

performance

and components

43

44-45,

Fermi liquid

hydrothermal

510

Carbon

Carbon

698-699

misfit layer compounds

catalysts

706-714

Chalcogenides

396-398

on morphology

351-352

664-665,

61, 88-95

devices

studies

nitrogen-selective

calculation)

684-691

723-728

insulators

Chabazite

516

692-697

compounds

marginal

Carbides

Carbon

664,

phenomena

Fermi surface

519

compounds

effect

663,

699-700

characterization

inclusion

therapy,

reliability

supports

superconductors

complexes

behaviour

700-703

applications

NMR study 473

Cancer

actuators

stochastic

see also Hydroxyapatite

E-Caprolactam,

multilayer applications

Cerium

663,

in 332,

of thin films 663,

catalyst

430-432

titanates

membranes

monolithic

Kondo

biomineralization,

mechanical

3

transformations

for use in microwave

biomineralization,

Calphad

in perovskite

microstructure

structure

composites,

T, superconductors

ion conducting

for 60, 82

721

see a/so Calcite;

Calixarenes,

by NMR 473

fibre reinforced

structure

of high

surface-derivatized

phosphorus hyperbolic

204-208

titanate

catalysts

chalcogenides,

Cadmium

conversion

fibres 200-201

BST ceramics

Calcite,

continuous 666-673

frequency

4-t-Butylphenol,

Cadmium

433, 436-439

in optical

663-664

charactenzation

438-439

use in optical gratings,

440-443

under

and structural

performance

and simulation high pressure

846-852

675-677

209

Index to subjects

molecular design 537

Electronic

of phase diagrams (Calphad of solids 617-819,

method) 331,

355-360

620-673

for molecular

crystal structure prediction 502-503,

506,

507-508,

509-510.

511 in insulators 834-840

grain growth in crystalline materials 331-332,

electronics

quantum structure Electronic

361-368

779-780

materials,

molecular dynamics simulations on parallel

617, 620

computers

653-863

Emulsions

linear scaling methods for large-system

calculations

864-873

oxide surfaces 820-826 processes

at metallic nanocontacts

involving implanted muons 841-845

solid state photoreactions

827-833

honeycomb

14

Critical phenomena,

93

and interfaces

372-374

see under Superconductors oxygen-selective

Cyclohexenones,

photoisomerization

studies of surface patterns

388

(proteins),

structure

catalysts

and role in tooth enamel 432,

102,

104,

105,

103-l

04

112,

114

Encapsulation

91-92,

at domain boundaries

Cyanocobaltates,

droplets

drugs in liposomes

structures

linear scaling methods for 864-874

imaging (EMSI),

of stable 398

Enantioselective

spin transitions 552

ceramics,

17-20

see a/so Microemulsions Enamelins

523

zeolites and related materials 1 13-l

physics, devices

Superconductors

calculations,

of monodisperse production

processes

Copper complexes,

structure

Ellipsometry for surface

large-scale

Cuprates

l-53

see a/so Semiconductors:

excited state phenomena

Cordierite

materials

heavy fermions 42-46

in zeolites

metal complexes

in zirconium sulphophosphonates

metal particles

adsorbents

73

reactions

397-398

metal complexes

in carbon nanocapsules

269-270

283

see a/so Inclusion compounds

523

Environmental

catalysts

62-63,

Enzymes, immobilization

632

in sol-gel

materials 806-807,

808

Epitaxy Dawson anion, molecular sieves based on 108, Degenerative

transfer radical polymerization

Dehydrogenation DeNOx

catalysts, molybdenum

quantum wires and dots 19

288

see a/so Molecular

773

oxycarbide

99

Erbium-doped

Excited state phenomena

catalysts 62-63

in large bandgap

Dentine micromechanics

beam epitaxy

fibre amplifiers materials

Exfoliation, synthetic

441-442

199-200,

791,

201

793 834-840

applications

251,

261,

290-291

proteins of 433 Deuterium,

properties

at high pressure 846-852

Diamond, self-trapping

of excitons in, simulations 837

Faujasite zeolite, nitrogen-selective

2,6-Di-t-butylphenol alkylation 82 6,13-Dichlorotiphendioxazine, microwave

applications

Fermi surfaces

structure 506-507

716-723

Ferrierite zeolite

723-728

isomerization

523

high Tc, in intermetallics

in supercritical

DNA, synthesis of branched

67

Ferrimagnetism

solid state syntheses

polymerization,

catalyst 58. 59

membranes

Diffusion, analysis of data 357-358 Dispersion

37 38, 39, 43

Fermions. heavy see Heavy fermions

Diesel exhaust filters 91, 92-93 Dihydrazides,

CO,

762,

763

and knotted 410

in molecular

materials

Ferritin derivative,

Drug delivery

Ferroelasticity,

skin penetration

enhancers

for transdermai

659

Ferroelectric

using polysaccharides

polarization

DX centers 5-7

magnetic

of particles 195-l

96

519

of thin films 710

fatigue

in thin films 695-696

Ferromagnetism in amorphous in fullerene

Electroceramics

alloys 342

charge

in half-metallics

microstructure

of thin films 663,

multilayer actuators

664,

664-665,

706-714

in molecular

698-699

reentrant,

see also Perovskites

Field-effect

synthesis, oxygen-intercalated

oxides 233-240

Electrochemistry metal-electrolyte

interfaces

648-649 617-621

polymers 759,

Electron microscopy,

all-oxide transparent

332,

dielectric 378-382

ferroelectric

resonator resonator

LC ceramic

789-797

low energy and photoemission,

studies of

Fluorescence

726-727 725-726

178-l

studies

79

transition metal complexes 17-l

8

in superconducting

state 38-39

in superconductors

in ‘normal’ state 37-38,

Fluorescence fluorinated 40

microscopy proteins,

Fluoropolymers,

module 728

728

line narrowing

optical materials

Electron transport materials

711

mobility transistors

multicomponent

triplate resonator

617, 618

in quantum structure

184

Filters (frequency)

262-265

hydride batteries

Electroluminescent

183,

transistors

coaxial-line

for lithium/lithium-ion batteries

surface patterns

193, 194

materials

in intermetallics

Field emission displays 559

at surfaces

materials

for nickel-metal

transfer salt 282

184

see a/so High electron

pattern formation in reactions Electrode

195

properties

materials

microstructure

409-410

184

193,

in inclusion compounds

using liposomes 396-398

Electrochemical

72

marginal 43-44

oxidation catalysts for 60, 81, 103. 800 Dielectrics,

adsorbents

Fermi liquids 37, 39

synthesis

synthesis

177

studies, motor proteins 420 408

in supercritical

CO2

761,

762,

763

433

ix

x

index to subjects

Foams, production

269-270

of stable 398

Formic acid, adsorption on magnesium FSM-16

oxide 823

Hydrogen-absorbing

materials, synthesis 77-78

Hydrogenation

Fuel cells

alloys 332,

378-382

catalysts

NMR studies of hydrogen on supported-metal

solid oxide 663,

684, 688

zeolite-encapsulated

ceramic materials for 686, 687 Fullerenes 109, 279-284 calixarene-fullerene characterization

complexes 473,

by NMR 463,

compounds

magnetic properties

Hydrotalcites,

base catalysts

Hydrothermal

synthesis

519

261,

471-472

104

103

of inorganic solids 287-289

473-474

mild, of transition metal oxides 227-232

crystal morphology of Cs,, 510 intercalated

metal complexes

Hydroxyapatite 262

432

biomineralization

195

436-439

crystalline, in biological hard tissues 440

muon implantation in 842, 843 single crystal neutron scattering study of Ca,, 480 Ice, neutron scattering

study of single crystal 481

Inclusion compounds Gallium arsenide, surface reconstructions Gallium indium phosphide,

luminescence

Gallium nitride, light emitting devices

1 1-l

Gallium phosphide,

surface reconstructions

Genetic

Incommensurate

of films 488

molecular sieves 109

lndium phosphide,

12

Intercalation

synthesis of composite Interface

compounds

characterization

Glasses chalcogenide,

photoinduced

characterization

in 555-556,

intermediate-range

Intermetallic

575-576

order in 556,

NSOM

383-386,

480.

Gossypol, Gradient

magnetic

201

composites

341-342 183-l

titanium aluminides lnvar alloys 331,

colloidal particles 808-809

Ionic glasses

516

91

transitions 369-377 333,

Interstitial compounds,

formation of inclusion compounds

334,

335-338

magnetic

properties

of intermetallics

186

340-348

572

Iron complexes

773

polymeric spin transition compounds

Graphite

spin-crossover

dynamic fracture in, simulation 859-861 intercalated

645-652

670-671

studies 636-644

properties

order-disorder

572

studies of 490

copolymers

ceramic

compounds

ferromagnetic

572-577

silica-gel, bone implant materials 426 Gold, silica-coated

369-377

pattern formation in reactions at 61 7-621

low phonon energy, for use in lasers 200, metallic 332,

5

430-435

transitions 331-332,

neutron reflectometry

567-571

by NMR 473

electrically conducting

driven 233-240

by X-ray surface scattering

in fibre reinforced

574, 582

processes

258

Interfacial systems

573, 578-585

‘boson peaks’ in vibrational spectra

390,

role in order-disorder

studies of transition metal multilayers 648 572,

252,

materials 289-290

interfaces

in biomineralization

pair distribution function analysis 479 X-ray scattering

251.

processes

at semiconductor

49

Glass transition 556,

12

260-267

of oxygen into oxides, electrochemically

398

growth of films 14

heterostructure

surface reconstructions

chemistry

of misfit layer compounds

in biopolymer synthesis 407-409

Giant magneto-resistance

518

see a/so Misfit layer compounds

liposomes as gene delivery systems 389, Germanium,

structures

channel inclusion compounds

engineering

applications

514-521

nonlinear optical materials 538

2

18

Gallium phosphate

500,

compounds

260-261,

262,

with tetrathiofulvalene,

264

550-551

materials 547-550 superconducting

and magnetic

properties

195 lsodewaxing Halides, self-trapped

excitons in ionic, simulations 835-836

for alkenes

185

nonFermi liquid behaviour 43-44, superconductors Heptane,

42-43,

isomerization

Heteropolyacids,

184-l

98-99

58, 59, 11 1

transition metal carbides

85

Itinerant electron

188

magnetism,

98-99 in intermetallics

183-l

85, 343-344

98-99

catalysts 60, 82

Heteropolyphosphates, Heteropolysiloxanes,

57-58

catalysts

for alkanes 60, 97-98,

Heavy fermion systems 2. 42-46 Kondo insulators 44-45,

catalysts

lsomerization

J-aggregates,

molecular sieves 108, 288

Josephson

synthesis 806

NSOM

studies 488

effect (superconductors)

40, 50

Hexa-aluminates oxidation catalysts 62

Kanemite,

stability 93 High electron mobility transistors Human immunodeficiency Humidity sensors,

17

using transition metal oxide films 228

Huntite minerals, crystal growth and characterization

materials derived from 77-78, material for optical frequency

207

Kinesin. dynamics

and structure

silicon 555,

at high pressure

412,

413,

414-415,

416-419,

421 Koilands 516,

517

Kondo insulators 42, 43, 44-45,

in amorphous

659-660 conversion

207-208

virus (HIV), inhibitory agents for 410

Hydrogen properties

mesoporous

KBBF (KBe2BOsF&

184,

185

562-566 846-852

zirconium phosphate/sulphophosphonate-based

sensors for

Lanthanum

aluminate,

NSOM

studies of single crystals 490

420,

Index to subjects

Lanthanum cuprates electrochemical

see a/so Molecular

oxidation 233-234.

235-236,

237, 238

neutron diffraction studies 480

Magnetic

sensors,

Magneto-resistance

Lanthanum nickelates, electrochemical

oxidation 236-237

Manganese, Manganese

Laser diodes

Manganese(h) by NSOM

488

made from wide bandgap

II-VI compounds

5

tissues 441-442 desorption

from surfaces

615-616,

622-629

Lasers emitting 2. 4-5,

7-9,

synthesis

phenylphosphonate,

Martensitic

18

structure

phase transformations (molecular

332,

electron transfer material 82-83

polymers

low phonon energy glasses for 200,

793

201

enlarged-pore

427

molecular wire formation

mid-infrared 201, 212-217

shape-selective

mode-locking

sorptive properties

204-205

optical fibre 199-203 199-200,

201

201, 204

catalytic 60-81, 78

ion conducting 201 studies 488

zeolitic 65-68,

see Lithium borate

defect chemistry 692,

of thin films 708,

709,

710.

711

of wide bandgap

semiconductors

in drug and gene delivery 389. Liquid crystal templating

polarization

in 4-l

0

supported 268-278

calculation

of phase diagrams

of processes

in lyotropic 616,

653-662

at nanocontacts

LBO)

martensitic

phase transformations

mechanical

properties

metallic glasses

crystal growth 207

332,

metallic properties 204,

205.

206

compounds

order-disorder

262-265

of solids 177-l

in gallium indium phosphide

383-386,

287

848-849,

850

and grain boundaries

of 630

488

X-ray scattering materials 43

X-ray/neutron

carbon 559

Metamagnetism,

359

alloys 333-339 studies of liquid surfaces

scattering

649

studies of short-range

in rare earth intermetallics

order in 480

187, 188

Methane polymers

oxidation catalysts for 61-62, partial oxidation reactors Methyl t-butyl ether (MTBE)

Magnesium

alloys, glass formation 383

Magnesium

aluminate, synthesis

Magnesium

oxide, modelling of surface

manufacture

by sol-gel

method 287

processes

821,

Methylamine, MFI zeolites

materials

shape-selective

physics

Microelectromechanical

neutron reflectometric

861

systems 291 studies of thin films 648

Microemulsions, 384-385

Microtubules, Microwave

zeolite; ZSM-5

1, 8-9,

muon implantation in 842

ferrous alloys, ultrafine microstructures

polymerization 84 layers on zeolite 471

109

Microcavity

studies 642-643

58

NMR study of adsorbed

see a/so Silicalite-1 91, 341-343

89

689

99

Methyl methacrylate. 822-823.

824

X-ray scattering

679-683

572

role of interfaces

on surfaces

titanium-based

in silicon 180, 488

self-assembled

846,

shape memory alloys 349-354,

82

in amorphous

see also Electroluminescent

soft magnetic

480,

of hydrogen

transitions,

photochemistry method

in heavy fermion-related

183-l

359

369-377

materials 261,

intermetallics

349-364,

of thin films and multilayers 663,

muon mobility in 844

262

Lithium niobate, synthesis by sol-gel

Magnetic

827-833

378-382

invar alloys 340-348

polymeric 784

conversion

method) 355-360

of grain growth 361-368

79

of films 649-650

use in optical frequency

(Calphad

simulation

hydrogen-absorbing

bicontinuous structures

catalysts

695-696

Metals and alloys 331-386

808

392-400

(LCT) 76-77,

fatigue in ferroelectric 102

Liquid crystals

photoluminescence

15, 799

Metal complexes,

computer

photoemission

13, 114-l

host 83

388

chalcogenides

684-891

Metal clusters, formed in mesoporous Metal phosphonates

Lipases, immobilization in sol-gel materials 806-807,

Luminescence

112-l

Memory devices,

693-696

Light emitting devices 759

Lithium-intercalated

663,

see a/so Biomembranes

Lead zirconium titanate 665

Lithium borate (LiBsOa.

799-800

ceramic

solid 387

vertical cavity surface emitting, NSOM

self-organizing

10

689

inorganic microporous

218-224

upconversion systems 178,

characterization

109-l

Membranes

1, 18, 215-216

ultrashort pulse 200,

electrode

oxidation catalyst 60, 103

MEL zeolites, guest molecules

transition metal ion systems as materials for 177-l

Liposomes

in 84

81-82

titanium-substituted,

ultrafast 200, 221

applications

in 83-84

polymerization

synthesis 77, 81, 227

fibre amplifiers 175.

microstructure

359

60

microcavity 19. 793

LB0

349-354,

alkylation catalyst 82 catalyst support

quantum cascade

275

345,

sieve)

incorporating electroluminescent

C-switching

104

229-230

frequency conversion, use of borates 204-208

200,

342

oxidation catalyst

molecular sieves 108

MCM-41

blue/green

properties

196

oxides

Manganese

Laser-stimulated

compounds

of ion clusters

bipyridyl complex,

hydrothermal

studies of biological hard

properties

alloys, magnetic

Manganese

Laser scanning confocal microscopy,

51

see Giant magneto-resistance

magnetic

Laser ablation see Pulsed laser deposition characterization

magnets

SQUIDS

systems,

water-in-CO2

submicron

gear trains, simulation

765

role in cell and organelle

devices

zeolite

19, 793

motility 412,

420-421

xi

xii

Index

to subjects

ceramics

for use in 664, 715-723

applications Misfit dislocation

processes

Misfit layer compounds Mitosis,

architecture syntheses

induced

organization

self-assembling

layer-by-layer

(ALL-MBE)

growth

compounds

materials

for nonlinear studies 500,

glasses

Molecular

magnets

Molecular

sieves

computers

nanocontacts

827-829,

76-87,

applications

NSOM

831

69-70

Optical 76-81,

227, 228

see a/so under

Silicon

oxidations

103

Optical

synthesis

290

selenide

of layered

ion clusters

523-524

polymorphism polymerization

510 770-771

polymorphism

scanning

508

optical

reduction)

microscopy

catalysts

63

465-476 development

466-470

isomerization organozeolites,

Molybdenum

phosphonates,

Molybdenum

sulphides

catalyst

structure 291

compounds

261-262

catalyst

dynamics sieves

97-98,

molecular

98-99

sieves

109

276

inclusion

412-424

solids

76

nonlinear

567, 568

conversion

204-208

(nonlinear

optical

systems)

optics

500,

533-546

harmonic

generation

studies

77, 81

by X-ray scattering of metallic implanted,

Lasers

parametric

amplifiers

Optical

parametric

oscillators

systems,

646-647 modelling

studies

841-845

615,

218,

221,

540-541

619

60 61 115 sieves

silicate

103

60, 81, 1 1 l-l molecular

of surfaces

synthesis

by sol-gel

method

on oxide surfaces 688

12, 115, 800-801 1 10 104

820-826

by high-temperature

generators

sieves

metal complexes

synthesis

Oxygen adsorption

679-683

205-206,

chemical

zeolite-encapsulated Oxides modelling

663,

221

catalysts

sieves

519

82

for second

see a/so under

vanadium

698-699

involving

177-l

titanium-containing

700-703

properties

frequency compounds

redox molecular

and structure

664,

memories

Optical

molecular

670

600-700

processes

for optical

heteropolyacid

structures

characterization

borates

Oxidation

102

and characterization actuators

optical

channel

for methane

in oxide composites

82, 83

1, 18

phosphosulphides,

286

Molybdenum(W)-resin

57-60,

materials

Oscillatory

with polyaniline

applications

catalysts

devices

289-290

phosphate

Muons,

289

196

oxycarbide,

mechanical

519

470-474

for molecular structures

Molybdenum

reliability

with solids

in technique

luminescent

Molybdenum

ceramic

515-516,

resonance

phase-change

host 83-84,

Multilayer

storage

magnetic

intersubband

10

in mesoporous

synthesis

zeolites’

for 70-73

1 15

hydrochloride,

see Near-field

Oil-refining

wires

molecular

630

catalysts

applications

see a/so Zeolites

M41S

reactions

radical

advances

81-84

for liquid-phase

proteins,

oxide removal

12

and characterization

Motor

626,

57-58

redox, catalysts

Monazites,

dioxide,

830,

800-801

108-l

synthesis

Nitrogen

Nuclear

novel materials

intercalation

378-382

by NMR 470-471

mesoporous

composite

477-484

alloys

from surfaces

in ‘organic

adsorbents

solid state 463,

catalysts

Molybdenum,

memory

636-644

by 463,

243

Nitrogen

NSR (NO,

isodewaxing

Molybdates,

616,

alloys for use in 332,

desorption

interactions,

Nitroxide-based

192-198

characterization

Molecular

242,

selective

853-863

572

adsorbents

using

of materials

241-247

Nortriptyline

of 11 O-l

80, 463-464,

801

see a/so DeNOx

843

applications

179-l

79

N-4-Nitrophenyl-L-prolinol,

using parallel

oxygen-selective

synthesis

503

for 864-874

at metallic

studies

Shape

batteries,

sieves

241,

ternary

834, 837-838

systems

417

Nitrides

506-513

and development

methods

Molecular

catalytic

533-546

547-554

processes

hydride

oxide, nonthermal

binary morphology

416,

studies

oxides

molecular Nitric

interfacial characterization

mesostructures

simulations

systems

carbon,

Nickel-metal

500,

414,

microscopy

alloys see lnvar alloys;

Nitrile-silver

of excited

of million-atom

scattering,

Nitrogen,

formation

linear scaling

reflectometty,

Neutron

Niobium

501-505

optics

61-62

and dynamics optical

Neutron Nickel

11

499,

catalysts

structure

scanning

500,

dynamics

of muon

417, 419-420

443-444

gas conversion

522-532

of crystal

of processes

49-50

488

spin-crossover Molecular

413-416,

485-492

499, 514-521

of particle

reactivity

mode

Near-field

499-554

inclusion NSOM

4-5,

and design

prediction

784-785

thin films 48, 49-50

crystals

engineering

412,

431-432

fracture ncd protein,

501-504

(MBE)

Molecular

777-788

777, 784-785

synthons’

superconducting

759,

Natural

777, 783-784,

beam epitaxy

semiconductor

formation chemistry

778, 785-786

systems

‘supramolecular

41 2, 421

777, 778-783

systems

self-organizing

atomic

and structure

Nacre

motors

and supramolecular

covalent

Molecular

dynamics

22-25

250-260

role of molecular

Molecular

Myosins,

723-731

solid

state

287 822-823

reactions

286

Index

intercalation into oxide networks 233-240 laser-induced

neutron reflectometric

desorption from surfaces

selective adsorbents

for 55, 69-70,

616,

NSOM

625

638-642

studies of thin films 488-489

organic-inorganic

73

studies of adsorbed

to subjects

hybrid composites

759,

806-81

1

poled, optical materials 542-543 reaction-induced Pair.distribution function analysis, studies of short-range

structuring/phase

479-400

rheology of associating

Palladium alloys

rheology, slip and deformation rod and ladder 779,

glass formation 383 membrane Paracetamol, Peptides,

615,

X-ray reflectometric

617-621

nanotubes derived from macrocyclic

defect structure in titanates 663-684,

789,

717-718,

790.792-793,

719

Phenylglyoxylamide derivatives, absolute

477-479

asymmetric

reactions

synthesis and modification

for air separation

inorganic 759,

metal phosphonate

Phosphonates

see Metal phosphonates

Phosphophoryn, Photocatalysis

523,

488 synthesis

287

prediction

518

534 of morphology

508,

glasses 555-556, desorption

surface chemistry 616,

catalysts for gas-fired

567-571

from surfaces

615-616,

622-629

18-l

epoxidation

9

175,

200

catalyst for 102

hydroformylation

Phthalocyanines oxidation catalysts

fibre amplifiers

Propene

8

Photonics. in quantum structure materials

62

control of emissions 91 Praseodymium-doped

630-635

Photon assisted electron tunnelling 17-l

catalyst for 101

oxidation catalyst for 97

104

Proteins

structure of X-form 506-507 ceramics, in multilayer actuators complexes,

664,

898-703

solid state dimerization

522

aggregation

in membranes

interactions

with calcium-containing

401-406 biominerals

430-432,

433-434

Polyaniline

iron-sulphur, electron coupling model for 192

with molybdenum sulphide 291

molecular wires 83-84, Polycarbonates,

microemulsion

290

synthesis in supercritical

Polycyclic aromatic compounds,

CO*

stereoselective

formation in supercritical

neutron reflectometric

763 photochemical

silica dopants

CO2

studies of adsorbed

765

638

427-428

synthesis 407-409

reactions 524

see also Motor proteins and names

Polyesters

Prussian blue analogs, magnetic

biosynthesis 409 synthesis of highly branched Polytgalactoside

acrylates),

Polyhydroxyalkanoates,

781,

properties

biosynthesis

Pulsed laser deposition,

782

2Pyridone

and synthesis 409

derivatives,

of specific proteins

properties

superconducting inclusion compouds

194-l

95, 196,

thin films 49 formed by 515

PZT see Lead zirconium titanate

409

Polymerization self-condensing

vinyl 781,

shape-selective

84

surface-graft

782

786

see also Dispersion

polymerization;

Radical polymerization

780,

dendritic-linear

783,

cascade

lasers 1, 18, 215-216

Quantum

structure

materials,

electroluminescent

aspects

759,

fibre and particulate

783 759-760,

782,

inorganic porous materials 759, molecular architecture 777-788

exciton in, simulations 836-837

Quartz crystal oscillators,

simulations 881-862

Quasicrystals,

in 188-l

magnetism

89

809-810 784,

786

Radical polymerization

798-805

and supramolecular

in COslwater chemistry

759,

17-20

studies of quantum wells and wires 487

789-797

reinforced

780-781,

812-816

physics, devices

growth of quantum wires and boxes 25 Quartz, self-trapped

784

hybrids 781,

dynamics, theoretical

hyperbranched

Quantum

NSOM

Polymers 759-760 dendrimers

509

Power plant

in chalcogenide

composite

180,

and silica aerogels,

Potassium perchlorate,

524-530

processes

Platinum-phosphole

427

273-275

nonlinear optical chromophores

laser-stimulated

Piezoelectric

based

formation of inclusion compounds

and dentine mineralization 433

encapsulated,

659-660

Porphyrins

reactions, solid state 522,

Photoinduced

silicates 76-87,

silicon aerocrystals

631-632

Photochemical

69-75

mesosolids

silicon, luminescence

287-288

studies of films 489-490

409-410

798-805

Phenytoin, crystal morphology 509 NSOM

and photoluminescence

ceramic films 707 mesoporous

hydrothermal synthesis 227-228,

410

electro-

794

524-526

Phospholipids,

and syntheses derivatives,

amphiphile-templated

355-380

using powder diffraction methods

408

Porous materials adsorbents

Phase diagrams determination

structures

Polysaccharides,

of thin films 708, 709

structural changes in barium- and strontium-based method 331,

759,

studies of films 649-850

Polytp-phenylenevinylene)

692-697

honeycomb structures 93

calculation by Calphad

CO2

see a/so Polymerization

785

Polynucleotides,

microstructure

in liquidlsupercritical

synthesis of electrically conducting

polymorphism 507, 510

Perovskites

Phosphates,

815-816

780

761-768

102

Pattern formation, in reactions at surfaces

814

813-814

synthesis and characterization

61

Palladium complexes, supported catalysts

separation

reactive blending 812-813

order

mixtures 759,

controlledl’living” in supercritical

769-776

CO2

761

782-763

291

Index to subjects

xiv

Rare earth alloys, magnetism

in quasrcrystals

Rare earth element-transition

metal oxides,

Rare earth intermetallics, Reflection

anisotropy

magnetic

188-l

properties

mrcroscopy,

89

synthesis

studies

enthalpies

234-235

of formation

synthesis

187

microporous

of surface

patterns

617,

membranes

polymerization

620

806,

808

799-800

to biosilicates

425-426

see a/so Ouartz

Resonant

multiphoton

Resonators,

ionization

ceramics

analysis

for microwave

493

716,

Silica-polymer

723-728

Silicalite-1

Rheology

hybrid

zeolite,

of associating

388-389

polymers

of bulk metallic

interfaces

of polymer

melts 815

Rubidium

813-814

glasses

of polymer

384

and heterogeneous

808,

809

66-67,

bipyridyl

Ruthenium

complexes,

systems

biomimetic

syntheses

389-390,

biosilicates

389-390,

425-426,

Silicoaluminophosphate Silicon

815-816

aerocrystals,

tetrachlorozincate,

Ruthenium

phase behaviour

complex,

spectroscopic

nonlinear

optical

478-479

499

studies

177

chromophores

536

materials

80-81

in human

body 426 exciton

SBBO

(SrAl,(BO&O),

Silicon material for optical

frequency

conversion

fibres

Scanning

tunnelling

intercalation

microscopy

chemistry

semiconductor Scintillator

harmonic

and growth

1, 5, 1 l-l

6

180

generation

204-205,

289-290,

536,

538,

539,

541

287

simulation

837

488

reconstructions support

1 1, 12-l

3

96-98

for ceramic

composites

structures

synthesis

structure

method

57-58

562-566

in nanocrystallite,

180,

honeycomb

262

surface

materials

studies

in 555,

catalysts

carbide

catalyst

207-208

428 sieve, isodewaxing

by sol-gel

hydrogen

localized surface

SEA-2

426-428

molecular

synthesis

amorphous,

luminescence

Second

composites

membranes

Silicates

of actin networks

669-670,

by rice husk pyrolysis

Silicon

nitride,

Silicon

selenide,

857-859,

671

92-93

molecular

428

dynamics

molecular

simulations

dynamics

854,

simulation

855-857,

858

of nanowires

860

Silk proteins

Selenium, Selenium

glass transition proteins,

systems

biomolecular

materials

in inorganic

synthesis

mesoporous

silicates

neutron

582

synthesis

Self-assembling

dots

electron

387, 388

408-409

291-292

halides,

strained

427

Soap

studies

of monolayers

637-638

‘Soft

froths,

simulation

chemistry’

Sol-gel studies

624-625

muon mobility

256-257

in gallium

NMR studies

arsenide

of clusters

photocatalysts

631,

photoinduced

structure structure

studies

1, 5, 1 l-l

physics,

569

devices

scanning

1, 17-20

tunnelling

microscopy

Sponge

in mid-infrared to LEDs

amorphous;

lasers 212-217

Glasses,

SSZ-3 chalcogenide;

Kondo

zeolite

SSZ-13

using transition zirconium

metal oxide films 228

Strontium

phosphate/sulphophosphonate-based

oxidation

269-270 (SQUIDS)

organic-inorganic memory

51 hybrid materials

alloys 332,

349,

catalysis

Shape-selective Silica

polymerization

for 807-808

352,

359

11 1

transition

84

solid

state 524-526

metal

oxides,

synthesis

by electrochemical

interferometric

devices

(SQUIDS)

38-39,

Superconductors cuprate

2, 3 chemistry

electronic

in, simulation

by sol-gel

on gold colloids 800

108 reactions,

83

quantum

method

855

scattering

287

808-809

synthesis

29-36

properties

preparation

mesoporous

characterization

233-234

crystal

aerogels synthesis

653-663

thin films 48-49

isomerization

neutron fracture

616,

51

Shape-selective

Internal

547-554 systems

48

photochemical

Superconductina

magnetic

500,

1 OS

zeolite,

cis-Stilbene,

177

materials

in amphiphile-water

processes

Stereoselective

Sensors

coatings

molecular

superconducting

4-10

79

complexes

structures,

Sputtering

studies 178-l

metal

Spin-crossover

6

application

543

materials

transition

insulators humidity,

283

hole burning

optical

materials,

806

631

polymers

Spectral

of amorphous

809

silica films 707

472-473

and growth,

see also Carbon,

487-488

364

sieve thin films 801

nanotubes

poled studies

633

use of Ill-V compounds wide bandgap,

844

microscopy

degradation

surface

oxidic

363,

427-428

photocatalysts

optical

in, simulations

425

materials

silicates

molecular

in 842

scanning

806 electrons

deuce

287, 390,

heteropolysiloxanes

misfit layer compounds

synthesis by excited

of evolution

see Chimie

syntheses

doped

12

muon implantation

mediated

836

layer 1, 2 l-28

hydrogen,

copolymers,

processes

abrasion-resistant

heterostructures

quantum

407, 409

synthesis Silver

19

dynamics

near-field

structure

Silsesquioxane-organic

reflectometric

quantum

408

Semiconductors

Shape

798

of functionalrzed

37-41 studies

by high-temperature

thin film processes pinning

oxidation solid state

for 2, 33, 47-53

thin films for microwave vortex

481

by electrochemical

in 2-3

devices

722-723

233-234, reactions

235, 286

238

Index to subjects

X-ray scattering studies 480 fullerene derivatives 261, heavy fermion 42-43,

ferroelectric,

280

fullerenes

188 metal borocarbides

195

magnetic,

188

Supported

studies 642-643

superconductivity

liquid-phase catalysts 102,

organic-silica

104-l

05

chemistry see under Molecular

supramolecular

chemistry

Supramolecular

and

800,

663,

679-683

studies 637. 638,

composite

641-643

427

polymer and phospholipid,

801

synthesis

NSOM

in 479

studies 488-490

surface dynamics

13-l

surface structure

1 l-l

silicon nitride, molecular

analysis by laser ionization 464.

493-497

superconductors

bicontinuous structures in hyperbolic 616, characterization

by X-ray reflectometry

laser-stimulated

desorption from 615-616,

653-662

616,

fabrication

645-652

processes

622-829

studies 855-856

2, 47-53 synthesis and applications

228 use in syntheses

pattern formation in reactions at 615,

dynamics

2, 33, 48, 50-51

transition metal oxides, hydrothermal

modelling of oxide 820-826 reactions on 616,

4 3

shape memory alloys 352

615-682

photochemical

sieves 801

semiconductors

templating 76, 78, 759.

semiconductors, 11-16

366

pair distribution function analysis of phase separation architecture

synthons’ 501-504

see also Template-directed Surfaces

361,

studies 648

properties

neutron reflectometric

43

Supramolecular ‘Supramolecular

molecular

metallic, mechanical

niobium films, neutron reflectometric pressure-induced

X-ray scattering

mesoporous

muon implantation in type II 841-842

in 695-696

281

grain growth in’ polycrystalline

iron-thiofulvalene complex (molecular magnet) lanthanide-transition

polarization fatigure

280,

617-621

vapour-phase

630-635

by high-temperature

deposition

solid state reactions

techniques

286

540.

see also Membranes

scanning tunnelling microscopy

studies

1, 5,

Thulium fibre lasers 200, Tialite ceramics

Surfactants

201

92

Tin oxide molecular sieves 109

behaviour in supercritical

CO*

solution 764-765

cubic bicontinuous phases in surfactant-water

Tin(lV) oxide, modelling of surface systems 616,

653-662

Titanates,

defect

Titanium-based

Synthesis gas manufacturing

structure alloys 331,

adsorption

ion conducting membranes

for use in 688-689

290-291

Titanium reolites.

by intercalation 289-290 oxygen into oxides, electrochemically

driven 233-240

Titanium(lV)-silica

291-292

oxidation catalysts catalysts

Transition metal complexes, 285-294

Transition metal tellurides,

solid state reactions

286

synthesis

535

synthesis 227-232

286,

287-288

286

1,3,5-Triamino-2,4,6+rinitrobenzene.

polymorphism

509

Tribology 828,

in microelectromechanical Tricosenoic

Tantalum oxides, molecular sieves 801 Tantalum sulphides, mercury-intercalated

659-660,

and phosphates

830-831

systems, simulation 861

acid, X-ray reflectometric

study of film 646

TS-1 molecular sieve, oxidation catalyst 60, 103,

261

synthesis 76, 78-80,

of macroporous

12, 115,

carbon 559

synthesis

at metallic nanocontacts

liquid crystal 76-77,

60, 81, 1 1 l-l

nonlinear optical chromophores

Transition metal phosphates,

268-278

syntheses

of aluminosilicates

824

261

Transition metal oxides, mild hydrothermal

inorganic solids by rational methods

Template-directed

823,

102

Transistors, thin-film amorphous

of transition metal oxides 227-232

see also Sol-gel

822,

mercury-intercalated

800-801

by self-assembly of molecular species hydrothermal 287-289

using high-temperature

824

of oxalic acid on 510

Titanium sulphides,

metal phosphonates

823,

333-339

modelling of surface processes

Synthetic chemistry 261,

822,

892-697

Titanium dioxide

catalysts for 61, 89

by exfoliation 251,

processes

in perovskites

759,

802

Tungsten(lV)

oxide, mesostructures

1 11, 1 12, 115

79

227-228

79 U123

materials 801-802

of mesoporous

molecular sieves 800,

of mesoporous

silicas 806

compounds

42-43

Ultraviolet radiation, generation

801

of coherent

205

Uranium compounds,

marginal Fermi liquid behaviour 43, 44, 185

of oxide tubes 282-283

Uranyl phosphonates,

tunnel-containing

use of amphiphiles

Urea, crystal morphology

in 659-660

of vanadyl phosphonate a_Terpineol. epoxidation

layered structures

510,

Urea inclusion compounds

276

structures

275

511

518

catalysts for 81

Tetrolic acid, polymorphs 503 Thermal evaporation

processes,

Thick films, semiconductors,

superconducting

thin films 48, 49. 50

growth 14

Thin films amorphous

silicate molecular

microporous

799-800

B-barium borate, preparation ceramic, microstructure

206

276 534-535

Vesicles multilamellar conion phases’)

664-665,

characterization

by neutron reflectometry

characterization

by X-ray scattering

dielectric and superconducting,

108

layered structures

Vanillins, nonlinear optical chromophores

409 663,

sieves, oxidation catalysts 1 10

organozeolites

Vanadyl phosphonates,

cellulose fibre reinforced

722-723

Vanadium

Vanadyl phosphate

706-714

protein-induced

642

methods

for microwave

Vinyl acetate, 645-647, devices

adhesion

shape-selective

649-650

Volatile organic compounds

716,

Water adsorption/dissociation

388

405 polymerization (VOC),

84

sorbents for 81

on oxide surfaces

823,

824

XV

index to subjects

XVI

see also Humidity Wetting

sensors;

Ice

membranes

phenomena

at domain

organic

boundaries

X-ray scattering X-ray diffraction coupled

and interfaces

studies

369-372,

374

649

studies

with molecular

diffractometers

modelling

506-507

for rapid data collection

529

X-ray scattering characterization

of materials

by 463,

477-484

characterization

of surfaces

and interfaces

645-652

Zeolite

Ca-LSX, 107-l

catalysts alkene

neutron

applications

of host-guest

molecular

role of organics

in formation

syntheses

of microporous

Zinc oxide, modelling

477, 478

2, 4-9,

Zintl phases,

synthesis

286

480

58, 59-60

103 103

62

encapsulation

prediction

Zirconium

alloys, glass formation oxides,

by NMR 470-471, of metal complexes

enthalpies

of formation

472 in 103-l 798

04

molecular

phosphate,

Zirconium

phosphates,

Zirconium

phosphonates,

Zirconium

titanate

ZTS ceramics

508,

509

scattering

Zirconium rzirconium 103

108

18

of morphology

X-ray and neutron

studies

383,

384,

synthesis

271 products

layered

see Zirconium

of calciumstabilized

385

sieves 801

exfoliated

stannate

275-276

821

sieves

devices

isomerization

characterization

798-799

of surface

molecular

in 630-631

73

amine-intercalated

Zinc selenide Zircon,

solid acid 59-60,

high-silica,

studies

phosphate

632 systems

426

70-72,

films 799

Zirconia,

alkylation

adsorbents

supported

11 O-l 11, 631-632

carbonylation DeNOx

and X-ray diffraction

17

15, 799

enwronmental

Zinc diphenylphosphonate,

by 616,

13, 114-l 16

photochemistry

Zinc

Zeolites

112-l 5 14-5

photocatalysts,

selective

523-524,

65-68,

equivalents

291

structures

268-273

(ZTS) ceramics

716-717,

titanate

stannate

ceramics

719,

720