Perspectives in Hydrogen in Metals. Collected Papers on the Effect of Hydrogen on the Properties of Metals and Alloys

Content: 
Other Pergamon Titles of Interest, Page ii
Front Matter, Page iii
Copyright, Page iv
FOREWORD, Page v, J.P. HIRTH, M.F. ASHBY
SOLID SOLUTIONS OF Pd CONTAINING HYDROGEN AND A NOBLE METAL SUBSTITUTIONAL COMPONENT—I. THERMODYNAMIC BEHAVIOR, Pages 3-8, M. YOSHIHARA, R.B. McLELLAN
SOLID SOLUTIONS OF Pd CONTAINING HYDROGEN AND A NOBLE METAL SUBSTITUTIONAL COMPONENT—II. KINETIC BEHAVIOR, Pages 9-13, M. YOSHIHARA, R.B. McLELLAN
CELL MODELS FOR INTERSTITIAL SOLID SOLUTIONS, Pages 15-20, REX B. McLELLAN
THERMODYNAMICS OF Pd–Cu–H SOLID SOLUTIONS, Pages 21-28, M. YOSHIHARA, R.B. McLELLAN
OVERVIEW NO. 27 - THE SOLUBILITY AND DIFFUSIVITY OF HYDROGEN IN WELL-ANNEALED AND DEFORMED IRON, Pages 29-52, K. KIUCHI, R.B. McLELLAN
THERMODYNAMICS OF HYDROGEN IN IRON, Pages 53-55, Rex B. McLellan
THERMODYNAMICS OF THE HYDROGEN–NICKEL SYSTEM, Pages 57-63, REX B. McLELLAN, P.L. SUTTER
THERMODYNAMIC FUNCTIONS IN DILUTE Pd-H SOLID SOLUTIONS, Pages 65-68, Rex B. McLellan, Yasufumi Suzuki
THE THERMODYNAMICS OF Pd–Ag–H TERNARY SOLID SOLUTIONS, Pages 69-76, M. YOSHIHARA, REX B. McLELLAN
THE THERMODYNAMICS OF TERNARY PALLADIUM-BASED SOLID SOLUTIONS CONTAINING NICKEL AND HYDROGEN, Pages 77-83, M. YOSHIHARA, R.B. McLELLAN
STRAIN FIELDS OF HYDROGEN ATOMS IN IRON, Pages 85-90, Tong-Yi Zhang, Wu-Yang Chu, Chi-Mei Hsiao
STRAIN FIELD OF HYDROGEN IN α-Fe UNDER BOLTZMANN DISTRIBUTION, Pages 91-94, Tong-Yi Zhang, Wu-Yang Chu, Chi-Mei Hsiao
HYDROGEN ADSORPTION AT CRACKS IN Fe, Nb AND Pd, Pages 95-98, R. KIRCHHEIM, J.P. HIRTH
HYDROGEN IN DEFORMED AND AMORPHOUS Pd80Si20 COMPARED TO HYDROGEN IN DEFORMED. AND CRYSTALLINE PALLADIUM, Pages 99-102, R. Kirchheim, A. Szökefalvi-Nagy, U. Stolz, A. Speitling
THERMODYNAMICS OF THE SOLID SOLUTION OF HYDROGEN IN β-TITANIUM ALLOYS: β-Ti/Mo AND β-Ti/Ret, Pages 103-111, J.F. LYNCH, J. TANAKA
SOLVUS THERMODYNAMICS OF METAL–HYDROGEN INTERSTITIAL SOLUTIONS, Pages 113-120, T.B. FLANAGAN, W.A. OATES, S. KISHIMOTO
THE SOLVUS BEHAVIOR OF THE TANTALUM–HYDROGEN (DEUTERIUM) SYSTEM, Pages 121-125, T.B. FLANAGAN, T. SCHOBER, H. WENZL
SOLVUS BEHAVIOR OF THE VANADIUM–HYDROGEN AND DEUTERIUM SYSTEMS, Pages 127-133, T.B. FLANAGAN, T. SCHOBER, H. WENZL
THE TERMINAL SOLUBILITY OF HYDROGEN IN NIOBIUM–TANTALUM ALLOYS, Pages 135-139, W.A. OATES, T.B. FLANAGAN
LATTICE DILATION OF IRON BY DISSOLVED DEUTERIUM, Pages 141-144, H. Hagi, Y. Hayashi
A WORK FUNCTION-CHEMISORPTION STUDY OF HYDROGEN ON IRON: KINETICS AND STRAIN EFFECTS, Pages 145-162, R.W. PASCO, P.J. FICALORA
A MODEL CALCULATION OF THE NELSON CURVES FOR HYDROGEN ATTACK, Pages 163-171, H.-M. SHIH, H.H. JOHNSON
ELASTIC AND PLASTIC ACCOMMODATION EFFECTS ON METAL-HYDRIDE SOLUBILITY, Pages 173-183, M.P. PULS
DILATION OF h.c.p. ZIRCONIUM BY INTERSTITIAL DEUTERIUM, Pages 185-189, S.R. MACEWEN, C.E. COLEMAN, C.E. ELLS, J. FABER JR
OVERVIEW NO. 29 - A GENERAL MATHEMATICAL DESCRIPTION OF HYDROGEN DIFFUSION IN STEELS—I. DERIVATION OF DIFFUSION EQUATIONS FROM BOLTZMANN-TYPE TRANSPORT EQUATIONS, Pages 193-203, J.B. LEBLONDt, D. DUBOIS
OVERVIEW NO. 29 - A GENERAL MATHEMATICAL DESCRIPTION OF HYDROGEN DIFFUSION IN STEELS—II. NUMERICAL STUDY OF PERMEATION AND DETERMINATION OF TRAPPING PARAMETERS, Pages 205-212, J.B. LEBLOND, D. DUBOIS
THE DIFFUSIVITY OF HYDROGEN IN PALLADIUM-BASED SOLID SOLUTIONS, Pages 213-219, M. YOSHIHARA, R.B. McLELLAN
THE DIFFUSIVITY OF HYDROGEN IN NICKEL AT LOW TEMPERATURES, Pages 221-223, K.A. Lee, R.B. McLellan
DIFFUSION OF LIGHT INTERSTITIALS THROUGH NONUNIFORMLY DISTRIBUTED TRAPS, Pages 225-234, RUEY-WAY LIN, H. JOHNSON
LOW FREQUENCY INTERNAL FRICTION STUDY OF V–H, Nb–H AND Ta–H ALLOYS—I, Pages 235-242, O. YOSHINARI, M. KOIWA
LOW FREQUENCY INTERNAL FRICTION STUDY OF V–H, Nb–H AND Ta–H ALLOYS—II, Pages 243-247, O. YOSHINARI, M. KOIWA
A DEMONSTRATION OF DISLOCATION TRANSPORT OF HYDROGEN IN IRON, Pages 249-254, C. Hwang, I.M. Bernstein
HYDROGEN DIFFUSIVITY IN HIGH PURITY ALPHA IRON, Pages 255-258, M. Nagano, Y. Hayashi, N. Ontani, M. Isshiki, K. Igaki
DIFFUSION OF HYDROGEN IN BCC METALS, Pages 259-262, Y. Sakamoto, K. Baba, T. Suehiro
EFFECT OF JOULE HEATING IN ELECTROCHEMICAL MEASUREMENT OF HYDROGEN TRANSPORT, Pages 263-268, Ruey-Way Lin, Herbert H. Johnson
ON THE PHYSICAL MODELS OF THE COLD-WORK (SNOEK-KÖSTER) INTERNAL-FRICTION PEAKS IN BCC METALS, Pages 271-278, T.S. Kê
THE COLD WORK PEAK, Pages 279-285, Günther Schoeck
THE KINK-PAIR-FORMATION THEORY OF THE SNOEK-KÖSTER RELAXATION, Pages 287-293, Alfred Seeger
CORE DIFFUSION, UNPINNING AND THE SNOEK-KÖSTER RELAXATION, Pages 295-299, I.G. Ritchie
DEFORMATION TEMPERATURE, ORIENTATION AND HYDROGEN EFFECTS ON THE LOW TEMPERATURE INTERNAL FRICTION PEAKS IN VANADIUM SINGLE CRYSTALS, Pages 301-305, H. Mizubayashi, S. Amano, S. Okuda, M. Shimada
HYDROGEN RELATED INTERNAL FRICTION PEAKS IN AMORPHOUS AND CRYSTALLIZED Pd–Cu–Si ALLOYS, Pages 307-316, O. YOSHINARI, M. KOIWA, A. INOUE, T. MASUMOTO
SURFACE ULTRASONIC STUDIES OF TIME-DEPENDENT DISLOCATION PINNING BY H ATOMS IN F.C.C. STAINLESS ALLOYS, Pages 317-322, A. ZIELINSKI, N.F. FIORE
GORSKY EFFECT MEASUREMENTS ON AMORPHOUS Pd80Si20Hx BETWEEN 290 AND 490 K, Pages 323-328, A.H. Verbruggen, R.C. van den Heuvel, R. Griessen, H.U. Künzi
EFFECT OF HYDROGEN CHARGING CONDITIONS ON INTERNAL FRICTION OF AUSTENITIC STAINLESS STEEL, Pages 329-332, Andrzej Zielinski
A HYDROGEN PEAK OF INTERNAL FRICTION AND ITS ISOTOPE EFFECT IN AUSTENITIC STAINLESS STEEL, Pages 333-336, S. Asano, M. Kazaoka
AN INTERNAL FRICTION PEAK CAUSED BY HYDROGEN IN FCC IRON-NICKEL ALLOYS, Pages 337-340, S. Asano, H. Seki
THE EFFECT OF HYDROGEN SOLUBILITY ON THE INTERNAL FRICTION OF V-Ti ALLOYS, Pages 341-342, C.V. Owen, O. Buck
HYDROGEN-RELATED INTERNAL FRICTION PEAK IN THE A15 COMPOUND Nb3Sn, Pages 343-348, B.S. Berry, W.C. Pritchet, J.F. Bussière
THE HYDROGEN-INDUCED COLD WORK PEAK OF INTERNAL FRICTION IN Fe-Cr ALLOYS, Pages 349-352, S. Asano, M. Shibata
INTERACTION OF HYDROGEN WITH DISLOCATIONS IN PALLADIUM—I. ACTIVITY AND DIFFUSIVITY AND THEIR PHENOMENOLOGICAL INTERPRETATION, Pages 355-363, R. KIRCHHEIM
INTERACTION OF HYDROGEN WITH DISLOCATIONS IN PALLADIUM—II. INTERPRETATION OF ACTIVITY RESULTS BY A FERMI-DIRAC DISTRIBUTION, Pages 365-373, R. KIRCHHEIM
MORE EVIDENCE FOR THE FORMATION OF A DENSE COTTRELL CLOUD OF HYDROGEN (HYDRIDE) AT DISLOCATIONS IN NIOBIUM AND PALLADIUM, Pages 375-380, J.A. Rodrigues, R. Kirchheim
TRAPPING OF HYDROGEN BY SUBSTITUTIONAL AND INTERSTITIAL IMPURITIES IN α-IRON, Pages 381-386, A.I. Shirley, C.K. Hall
TRAPPING OF HYDROGEN BY OXYGEN AND NITROGEN IMPURITIES IN NIOBIUM, VANADIUM AND TANTALUM, Pages 387-394, A.I. SHIRLEY, C.K. HALL, N.J. PRINCE
TRAPPING OF HYDROGEN BY METALLIC SUBSTITUTIONAL IMPURITIES IN NIOBIUM, VANADIUM, AND TANTALUM, Pages 395-402, A.I. SHIRLEY, C.K. HALL
A MORE GENERALIZED ANALYSIS OF HYDROGEN TRAPPING, Pages 403-411, M. UNO
ANALYSIS OF IRREVERSIBLE HYDROGEN TRAPPING, Pages 413-419, M. UNO
HYDROGEN TRAPPING BY TiC PARTICLES IN IRON, Pages 421-426, H.G. LEE, JAI-YOUNG LEE
THE INTERACTION OF HYDROGEN WITH DISLOCATION IN IRON, Pages 427-435, GYE-WON HONG, JAI-YOUNG LEE
SURFACE AND GRAIN BOUNDARY SEGREGATION OF DEUTERIUM IN NICKEL, Pages 437-445, H. FUKUSHIMA, H.K. BIRNBAUM
THE PRECIPITATION OF γ-HYDRIDE PLATES IN ZIRCONIUM, Pages 449-460, G.C. WEATHERLY
THE EFFECTS OF MISFIT AND EXTERNAL STRESSES ON TERMINAL SOLID SOLUBILITY IN HYDRIDE-FORMING METALS, Pages 461-468, M.P. PULS
HYDRIDE PRECIPITATION IN α/β ZIRCONIUM ALLOYS, Pages 469-479, V. PEROVIC, G.C. WEATHERLY, C.J. SIMPSON
PHASE CHANGES IN THE NIOBIUM–HYDROGEN SYSTEM—III. ACOUSTIC STUDIES OF HYDRIDE PHASE TRANSITIONS AT H/Nb = 0.78, Pages 481-489, M. AMANO, F.M. MAZZOLAI, H.K. BIRNBAUM
TWIST EFFECT OF V-H, Nb-H AND Ta-H ALLOYS ASSOCIATED WITH THE PRECIPITATION OF HYDRIDES, Pages 491-499, M. KOIWA, O. YOSHINARI
HYDRIDE PRECIPITATION IN TITANIUM, Pages 501-509, H. NUMAKURA, M. KOIWA
DYNAMICS OF STRESS INDUCED HYDRIDE FORMATION IN VANADIUM, Pages 511-513, Alex Aningi, Manfred Wuttig
THE EFFECT OF STRESS ON HYDRIDE PRECIPITATION, Pages 515-518, TED B. FLANAGAN, N.B. MASON, H.K. Birnbaum
ON THE FORMATION OF INTERSTITIAL - HYDROGEN CLUSTERS IN IRON, Pages 519-521, J. Au, H.K. Birnbaum
PHASE CHANGES IN THE NIOBIUM–HYDROGEN SYSTEM—II. LOW TEMPERATURE HYDRIDE PHASE TRANSITIONS, Pages 523-535, B.J. MAKENAS, H.K. BIRNBAUM
OVERVIEW 19 - HYDROGEN IN AMORPHOUS METALS—I, Pages 539-548, R. KIRCHHEIM, F. SOMMER, G. SCHLUCKEBIER
OVERVIEW 19 - SOLUBILITY, DIFFUSIVITY AND TRAPPING OF HYDROGEN IN DILUTE ALLOYS, DEFORMED AND AMORPHOUS METALS—II, Pages 549-558, R. KIRCHHEIM
VOLUME CHANGES DURING DISSOLUTION OF HYDROGEN IN METALLIC GLASSES, Pages 559-564, U. Stolz, U. Nagorny, R. Kirchheim
HYDROGEN MOBILITY IN THE AMORPHOUS ALLOY Fe40Ni40P14B6 AS STUDIED BY INDUCED MAGNETIC ANISOTROPY MEASUREMENTS, Pages 565-569, W. CHAMBRON, F. LANÇON, A. CHAMBEROD
THE EFFECT OF HYDROGEN ON THE SOLID SOLUTION STRENGTHENING AND SOFTENING OF NICKEL, Pages 573-580, J. EASTMAN, F. HEUBAUM, T. MATSUMOTO, H.K. BIRNBAUM
DIRECT OBSERVATIONS OF THE EFFECT OF HYDROGEN ON THE BEHAVIOR OF DISLOCATIONS IN IRON, Pages 581-584, T. Tabata, H.K. Birnbaum
EFFECT OF HYDROGEN ON THE DISLOCATION STRUCTURE OF DEFORMED NICKEL, Pages 585-590, I.M. Robertson, H.K. Birnbaum
EFFECT OF HYDROGEN CHARGING ON STRESS-STRAIN CURVES FOR IRON WHISKERS, Pages 591-597, E. LUNARSKA, Z. WOKULSKI
EFFECT OF ELECTROLYTIC HYDROGEN CHARGING ON FLOW STRESS AND SLIP LINE PATTERN IN IRON SINGLE CRYSTALS, Pages 599-604, E. Lunarska, V. Novak, N. Zarubova, S. Kadeckova
EFFECT OF HYDROGEN CHARGING-DISCHARGING ON THE STRESS-STRAIN RELATIONSHIP FOR NICKEL, Pages 605-608, Ellina Lunareka, Janusz Flis
THE EFFECTS OF HYDROGEN ON THE ROOM-TEMPERATURE CREEP OF SPHEROIDIZED 1040-STEEL, Pages 609-614, R.A. ORIANI, P.H. JOSEPHIC
THE EFFECT OF HYDROGEN ON THE INITIATION OF SHEAR LOCALIZATION IN PLAIN-CARBON STEELS, Pages 615-621, J.K. LIN, R.A. ORIANI
THE EFFECT OF HYDROGEN ON CONSTRAINED YIELDING AND FRACTURE IN A SPHEROIDIZED MEDIUM-CARBON STEEL, Pages 623-627, Thomas J. Kosco, Anthony W. Thompson
HYDROGEN INDUCED SLIP AND TWINNING IN IRON ALLOYS, Pages 629-634, C. Hwang, I.M. Bernstein
HYDROGEN INDUCED DISLOCATION MOTION, Pages 635-638, Joe King, Bob Block
DIRECT OBSERVATIONS OF ENHANCED DISLOCATION MOBILITY DUE TO HYDROGEN, Pages 639-643, T. Matsumoto, J. Eastman, H.K. Birnbaum
OVERVIEW NO. 30 - GASEOUS HYDROGEN EMBRITTLEMENT IN FeSi- AND Ni-SINGLE CRYSTALS, Pages 647-659, H. VEHOFF, W. ROTHE
HYDROGEN EMBRITTLEMENT AND TRAPPING AT CRACK TIPS IN Ni-SINGLE CRYSTALS, Pages 661-668, H. VEHOFF, H.-K. KLAMETH
DYNAMIC MODEL OF HYDROGEN-INDUCED INTERGRANULAR CRACKING, Pages 669-674, Jun Kameda, M.L. Jokl
AN ELECTRON MICROSCOPIC STUDY OF HYDROGEN EMBRITTLEMENT IN VANADIUM—II, Pages 675-687, S. KOIKE, T. SUZUKI
Hydrogen-assisted Fracture in Single-phase Nickel Alloys, Pages 689-692, Anthony W. Thompson
EFFECT OF SULFUR SEGREGATION AND HYDROGEN CHARGING ON INTERGRANULAR FRACTURE OF IRON, Pages 693-700, K.S. SHIN, M. MESHII
ON THE INFLUENCE OF INTERNAL HYDROGEN ON FATIGUE THRESHOLDS OF HSLA STEEL, Pages 701-704, Khlefa A. Esaklul, William W. Gerberich
THE EFFECT OF HYDROGEN INDUCED SURFACE ASPERITIES ON FATIGUE CRACK CLOSURE IN ULTRAHIGH STRENGTH STEEL, Pages 705-710, Khlefa A. Esaklul, Andrew G. Wright, William W. Gerberlch
HYDROGEN EMBRITTLEMENT OF Ni3Al+B, Pages 711-715, A.K. Kuruvilla, N.S. Stoloff
HYDROGEN EMBRITTLEMENT AND GRAIN BOUNDARY FRACTURE, Pages 717-722, I.M. Robertson, T. Tabata, W. Wei, F. Heubaum, H.K. Birnbaum
DIRECT OBSERVATIONS OF HYDROGEN ENHANCED CRACK PROPAGATION IN IRON, Pages 723-728, T. Tabata, H.K. Birnbaum
HYDROGEN EMBRITTLEMENT OF TITANIUM SHEET UNDER MULTIAXIAL STATES OF STRESS, Pages 729-737, R.J. BOURCIER, D.A. KOSS
A FRACTOGRAPHIC STUDY OF GASEOUS HYDROGEN EMBRITTLEMENT AND LIQUID-METAL EMBRITTLEMENT IN A TEMPERED-MARTENSITIC STEEL, Pages 739-750, S.P. LYNCH
INTERGRANULAR HYDROGEN EMBRITTLEMENT OF Co3Ti, Pages 751-755, T. Takasugi, O. Izumi
AUTHOR INDEX, Pages 757-758