Phase diagram of Fe-Cu-Si ternary system above 1523 K M. HinoT. NagasakaT. Washizu Basic And Applied Research Pages: 179 - 186
Semi-empirical estimation of constant-pressure heat capacities of binary oxides H. Inaba Basic And Applied Research Pages: 187 - 192
Liquidus and solidus temperatures of Ni-solid solution in Ni-Al-X (X: Ti, Zr, and Hf) ternary systems S. MiuraY. -M. HongY. Mishima Basic And Applied Research Pages: 193 - 198
Numerical modeling of the transient liquid phase bonding process of Ni using Ni-B-Cr ternary filler metal K. OhsasaT. NaritaT. Shinmura Basic And Applied Research Pages: 199 - 206
Phase equilibria in TiB2-reinforced high modulus steel K. TanakaT. Saito Basic And Applied Research Pages: 207 - 214
The effects of addition of deoxidation elements on the morphology of (Mn,Cr)S inclusions in stainless steel K. OikawaS. -I. SumiK. Ishida Basic And Applied Research Pages: 215 - 223
High-temperature phase equilibria in Ti-Al-Mo system M. KimuraK. Hashimoto Basic And Applied Research Pages: 224 - 230
Application of thermo-calc to the developments of high-performance steels T. YamashitaK. OkudaT. Obara Basic And Applied Research Pages: 231 - 237
Evaporation behavior of various elements contained in compounds solar cells M. KurataY. OhnoM. Sakata Basic And Applied Research Pages: 238 - 243
Thermodynamic constraints to describe gibbs energies for binary alloys S. MoriokaM. Hasebe Basic And Applied Research Pages: 244 - 257
Generalized chemical potential diagram and its applications to chemical reactions at interfaces between dissimilar materials H. Yokokawa Basic And Applied Research Pages: 258 - 287
Thermodynamic modeling of the Pd-X (X=Ag, Co, Fe, Ni) systems G. GhoshC. KantnerG. B. Olson Basic And Applied Research Pages: 295 - 308
Thermodynamic modeling of the palladium-lead system G. Ghosh Basic And Applied Research Pages: 309 - 315
Assessment of phase diagram and thermodynamic properties of the Al-Ga-Sb system J. B. LiW. ZhangZh. Du Basic And Applied Research Pages: 316 - 323
The Ti-Cr-C (Titanium-Chromium-Carbon) System D. BandyopadhyayR. C. SharmaN. Chakraborti Phase Diagram Evaluations Pages: 325 - 331
The Ti-Mo-C (Titanium-Molybdenum-Carbon) System D. BandyopadhyayB. HaldarN. Chakraborti Phase Diagram Evaluations Pages: 332 - 336
The Ti-W-C (Titanium-Tungsten-Carbon) System B. HaldarD. BandyopadhyayN. Chakraborti Phase Diagram Evaluations Pages: 337 - 343