Subject index, volume 9, 1997

N ~ t r a e t u r m t Mal~ials, Vol. 9, pp. 767-771, 1997 l~i~viet Scimaec Ltd @ 1997 A~m Met~li~i~ In~ Prinml in tl~ USA. All rii~m reurved 0965-9773/97 $17.00 + .00

Pergamon

NanoSTRUCTURED M A T E R I A L S SUBJECT INDEX, VOLUME 9, 1997 Absorption Spectroscopy; 75,575 Aerosol; 63 AFM; 43, 63,339, 367,441,463,551,627 Ag-Ni Alloys; 117,351,459 Ai-(V,Ti)-Fe Alloys; 493 Al-Alloys; 281 Al-Cu-Zr Alloys; 477 AI-Zr; 433 Al203; 97, 101,133, 137, 157, 161,173, 193, 319, 383,501,563, 571,575,587, 717,727 Al; 225,501,611,693 AlN; 181 Amorphous Materials; 121,323,359,363,379, 387,651 Amorphous Phases; 493 Angular Pressing; 347 Annealing; 481 Au-Ag; 571 Au; 85, 367, 383, 555, 559, 575 Austenite; 201 B~E.T.; 67 B; 467 Ball Milling; 89,489 Barkhausen-Noise; 527 BaTiO3; 241,547,619 BaZrO3; 241 Bi-Sr-Ca-Cu-O; 599 Biomagnetic; 595 Blocking Temperature; 375 BN; 467 C6o; 33 Calorimetry Studies; 709 Carbides; 157 Carbon Coating; 23 Carbon Monoxide; 43 Carburization; 205 Catalytic Activities; 209, 311 Catalytic Materials; 335 Catalytic Properties; 423 CdS; 173 Ce(Ge)-O2; 633

CeO2; 423,591,633 Ceramic; 97, 181,241, 319, 717 Chemical precipitation;591 Chemical Synthesis; 169 Chemical Vapor Condensation; 101 Clay; 209, 335 Clusters; 53, 367,685, 693 Co; 233, 331,627,747 Co-X Alloys; 271 Coatings; 79, 221,467, 727,757,761 Coercivity; 117, 291,403,527 CoFe204; 301 Cold Deformation;681 Colloidal Particles; 559 CombustionFlame; 101 Compaction; 89 Composite; 105, 177, 193,225,237,497, 501, 543,547,563, 571,575,661 Conductivity;633 Consolidation; 3, 157, 177, 261,501 Contamination; 13 Corrosion Resistance; 757 Corrugation; 751 Cr-Ni; 189 CrltNilsMo3; 189 Cr203; 563 Creep; 433,669, 737 Critical Current; 599 Cryomilling; 71, 157 Crystallization; 121,359, 387, 403,651 Crystallographic Texture; 343 Cu-Fe; 519 Cu-Ni; 149 Cu-Zn; 149 Cu; 141,347,433,477,481,509,519,643,689, 727 Curie Temperature; 363,459,623 Decarboxylation;209 Defect Thermodynamics;633 DeformationProcessing; 281 Densification;93,441

767

768

SUBJECTINDEX

Dielectric Constant; 547, 619 Dielectric Function; 701 Differential Mobility Analys~r;,63 Diffusion Bonding; 717 Dislocation; 347, 689 Domain Dynamics; 451 DSC; 709 EDS; 251 EELS; 251, 271 Effective Medium Theory; 571 Electric Discharge Consolidation; 93 Electrical Contacts; 761 Electrodeposition; 261,485,615,673,737,757 Electron Bombardment; 121 Electrosleeve; 737 Elongation; 689 Emulsion; 619 EXAFS; 351,391,397,523,531 Fatigue; 441,737 Fe Alloys; 89, 145 Fe-Ag; 543 Fe-AI; 197 Fe-C; 197 Fe-Co-Si-B Alloys; 379, 505 Fe-Co; 665 Fe-Co-C Alloys; 291 Fe-Cu Alloys; 513 Fe-Cu-Nb-Si-B Alloys; 245,379, 391,505, 513 Fe-Cu-Si-B-Alloys; 387 Fe-M-B-Alloys; 403 Fe-Nb-B-Cu-Alloys; 459 Fe-Ni Alloys; 201,677,681 Fe-Ni-Ti; 677 Fe-Ni-Zr; 677 Fe-Zr-B Alloys; 535 Fe-Zr-Cu-B Alloys; 217 Fe203; 153, 185,301,323,539, 595 Fe3Al; 71 Fe304; 539 Fe; 89, 145, 33i, 413,527, 539,727 FEG-SEM; 251 Ferroelectric; 551 Ferromagnetic Phases; 459 First Order Phase Transition; 709 Fluids Dynamic; 79

Flux-Pinning; 599 Force Flow Reactor; 67 Freezing Behavior; 661 Fretting; 761 FTIR; 165, 181,319,423 Fullerene; 33 GaN; 237 Gas Absorption; 697 Gas Condensation; 351,355,423,433,455,481 Gas Evaporation; 567 Gas Phase; 3 Gas Sensor; 43 Gas-borne State; 63 Gas-Sensing; 747 Gd; 455 Giant Magnetoresistance; 451 Grafting; 319 Grain Boundary Segregation; 633 Grain Boundary Sliding; 473,603,669 Grain Boundary; 343,433,441,579, 651 Grain Growth; 245 Grain Rotation; 669 Grain Size; 13, 71 Hall-Petch; 477,481,603,611 Hard Magnet; 291,371 Hardness; 89, 169, 181,225,233,501,505,603, 607,737 Heterostructures; 701 Hf-Ni; 363 Hg; 53 High Energy Particules; 189 High Rate Synthesis; 101 Holography; 271 Hot Compaction; 169 Hot Pressing; 193, 197,509 HVOF; 79,489 Hydrides; 113 Hydrogen Absorption; 485 Hydrogen Diffusion; 579 Hydrogen Reaction; 113, 311 Hydrogen Reduction; 153,213, 547 Impedance Spectra; 633 Inconel 718; 489 Inert Gas Condensation; 113, 117, 331,339 Infrared Spectra; 383

SUBJECTINDEX

Interracial Free Energies; 709 Intermetallic; 3, 93 Internal Friction; 509 Internal Stresses; 141 Inverse Micelles; 85 Irradiation; 189 Island Films; 555 KMnsOI6; 315 Laser Ablation; 75 Laser Processing; 221, 225 Lattice Bending; 323 Layer Stabilization; 413 Liquid Chromatography; 85 Lorentz Microscopy; 271,371,627 M50 Steel; 157, 169 Magnetic Imaging; 271 Magnetic Induction; 681 Magnetic Materials; 217,245 Magnetic Properties; 145, 185,261,27 1,291, 301,363,371,375,403,455,527,535,543, 595 Magnetic Transition; 685 Magnetization; 301,375, 455, 463, 535, 539, 543,599, 623 Magnetocrystalline Anisotropy; 291 Magnetoferritin; 595 Magnetic Properties; 331 Martensitic Transformation; 201 Maxwell-Garnett Modeling; 575,705 Mechanical Alloying; 71,149, 153, 197, 213, 233,513,661 Mechanical Crystallization; 13 Mechanical Milling; 13, 145, 161, 509, 519, 527,611,751 Mechanical Properties; 261,433,497,505,669 Mechanical Strength; 193,201,225, 493 Melting Behavior; 661 Mercury; 53 Mesoporous Zirconium Oxide; 165 Mesoscopic Systems; 301 Metal Oxides; 241,423 Metallic Glasses; 281 Metallofullerenes; 33 Methane; 23 IVIFM;627

769

MgO; 315,587,717 Microbeam Analysis; 251 Microemulsion; 241 Microhardness; 481 Microwave Plasma; 67 Microwave Processing; 97 Milling Temperature; 13 Mn203; 137 Mo; 727 Modeling; 343,643 Molecular Dynamic Simulation; 651,669,693, 697 Molecular Sieves; 165 Monte-Carlo Simulation; 673,697 Montmorillonite; 209,335 MoSz; 85 MOssbauer; 145, 535,543,595 Multilayers; 75,413,451,463,467,727 Nanofibrils; 133 Nanotube; 33, 133 NbA13/A1; 75 NbAI3; 75 Nd-Fe-B; 371 Neutron Diffra fion; 513 Neutron Scattering; 327, 331,579 Ni-A1; 149,623,681 Ni-Co Alloys; 459 Ni-Cu; 221 Ni-Fe; 153 Ni-Fe; 673 Ni-Mo; 757 Ni-Ti; 681 Ni-Zr; 681 Ni3Ti; 189 Ni; 331,477,523,531,547,669, 737 NiO; 153,523 NO2; 43,747 Nucleation Rate; 53,673 Nucleation; 109, 391 Oblate Metals; 705 Optical Absorption; 563 Optical Properties; 571,559 Optical Resonance; 237 Optical Theory; 705 Ordering Factor; 523

770

Organometallic; 137 Ortho-Prolate Metals; 705 Oxidation; 319, 539 Oxides; 3,217,441 Oxydation; 591 Oxygen Reaction; 311 Oxygen Vacancy; 633 Oxygen; 71 Particle Size Distribution; 229 Particle Growth; 229 Pb-Al; 661 Pb-Ge; 463 Pb-Sn; 473 Pb; 661 PbS; 339 PbTiO3; 551 PbZrO3; 551 Pd-Ag; 761 Pd-Cu-Si Alloys; 379, 505 Pd-Fe; 485 Pd-Y; 761 Pd; 327, 433,485, 579, 615, 761 Permeability; 403 Perovskite; 241,547, 619 Phase Separation; 665 Phase Transformation; 677, 681 Phonons; 693 Photocatalytic Decomposition; 583 Photoluminescence; 85,567, 587 Photoreactivity; 583 Plasma Deposition; 129 Plasmon Resonance; 559 Plastic Deformation; 14 I, 473,603,689 Poly(methyl Methacrylate); 237 Polyacrylonitrile; 133 Polymer; 181 Porous Material; 133, 173 Positron Lifetime Spectroscopy; 615 Powder Processing; 93 Pressure Sintering; 607 Pt-TiO2; 747 Pt; 413, 643 Quantization effect; 125 Quantum Tunneling; 301 Quantum Wire; 33

SUBJECTINDEX

Quenching Process; 493 Radial Distribution Functions; 397 Railway Tracks; 751 Raman Spectroscopy; 705 Reactive Milling; 153, 213,229, 233 Reduction; 205, 591 Refractive Index; 571 Resistivity; 547 Rh203; 311 Rh; 311 Rietveld; 315 SANS; 327,331 Sb; 121 Screening; 701 Segregation; 665 Shear Bands; 281 Shear Pressure; 677 Si3N4; 23 Si; 85 Si; 129, 567, 587 SiC; 23, 193,225,497 Silver; 63 Simulation; 643 Sinter-Forging; 717 Sintering (Liquid Phase); 229 Sintering; 67, 97, 193 SiO2; 101,185, 359, 567, 587, 709 Size Distribution; 113, 121,375 Size Effect; 665 Sleeve; 737 SmCo; 291 SnO2; 43 Soft Magnet; 291,403, 535 Sol-Gel; 185, 315, 551,583,619 Sonochemical Synthesis; 169 Specific Heat; 261 Spin Glass; 623 Spin-Valves; 451 Spray Pyrolysis; 125 Sputtering (Reactive); 43 Sputtering; 467, 587 SrTiO3; 241 SrZrO3; 241 Stainless Steel; 89, 189 STM; 125

SUBJECTINDEX

Strain Rate; 477,717 SWain; 13,315, 347,611 Strength; 505 Structural Transformation; 161 Superconductivity; 463, 599 Superplasticity; 441,473,717 Surface Energy; 391,673 Surface Modification; 751 Surface Oxidation; 423 Surface Reactivity; 217,761 Surface Reduction; 423 Surface Spectra; 383 Surface Structure; 311 Surface Treatments; 221 Susceptibility; 623 SXM; 339 Ta; 109 TaC; 233 TEM; 23, 157, 237, 251,271, 281, 323, 359, 371,403,451,467,555,567,619,627,633 Template; 173 Tensile Strength; 197 Tensile Stress; 611 Textured Materials; 413 Thermal Annealing; 245, 379, 387,403, 519, 535,539 Thermal Crystallization; 505 Thermal Decomposition; 23, 169 Thermal Diffusion; 519,727 Thermal Properties; 261 Thermal Spray; 79, 137,489 Thermal Stability; 615, 737 Thermochemical Synthesis; 205 Thin Films; 311,627,643 Ti-Fe; 113 Ti5oA150; 93 Ti; 177 TiC; 177 Tight Binding Model; 685 Tin Oxide; 43 TiN; 67,327,607 TiO2; 101,125, 241,315,319, 355,583, 697, 717,747 Transformation Kinetics; 161 Tungstate Salts; 105

771

UlUason; 125 UltrasonicWave; 141 UV Spectra 383 UV Spectroscopy; 555, 559 UV-Visible Spectroscopy; 173 Van der Wnal~Interaction; 53 Vapor Phase; 129 VC; 233 W-Co; 105 W-Cu; 213,229 W-Gd; 455 W; 109 WC-Co; 79, 105 WC; 205, 233 Wear, 737 Wet Milling; 105 X-Ray Absorption; 351,355,523 X-ray Diffraction; 315, 347 X-Ray Spectrometry; 251 XPS; 217 Y203; 3, 109, 137, 397,441,497 Young's Modulus; 181,261,607 Zincblende; 237 Zn-AI; 473 Zr-TMS 1; 165 ZIO2; 3, 97, 137, 165,241,315, 343, 397,441, 497, 717