| 1 - 13 |
Life and Death - The Ultimate Phase-Transformation
Hench LL |
| 15 - 23 |
The Glass, the Glassy State and the Alice Number
Gugov IB |
| 25 - 62 |
Thermodynamic and Viscous Behavior of Undercooled Liquids
Dubey KS, Ramachandrarao P, Lele S |
| 63 - 71 |
Glass-Formation and Crystallization Kinetics
Weinberg MC |
| 73 - 82 |
The Applicability of the General-Theory of Phase-Transformations to Glass Crystallization
Zanotto ED |
| 83 - 100 |
Diffuse Interface Model of Volume Nucleation in Glasses
Granasy L |
| XI - XVII |
Vitrification, Transformation and Crystallization of Glasses - Preface
Sestak J |
| 101 - 126 |
Transient Nucleation
Demo P, Kozisek Z |
| 127 - 151 |
Non-Steady-State Effects in the Kinetics of Crystallization of Organic Polymer Glass-Forming Melts
Dobreva A, Stoyanov A, Tzuparska S, Gutzow I |
| 153 - 162 |
Estimation of Activation-Energies for Structural Relaxation and Viscous-Flow from DTA and DSC Experiments
Moynihan CT, Lee SK, Tatsumisago M, Minami T |
| 163 - 174 |
Identifying Internal and Surface Crystallization by Differential Thermal-Analysis for the Glass-to-Crystal Transformations
Ray CS, Day DE |
| 175 - 190 |
Use of Phenomenological Kinetics and the Enthalpy Versus Temperature Diagram (and Its Derivative - DTA) for a Better Understanding of Transition Processes in Glasses
Sestak J |
| 191 - 204 |
Surface Nucleation of Mu-Cordierite in Cordierite Glass - Thermodynamic Aspects
Muller R, Naumann R, Reinsch S |
| 205 - 222 |
Crystal Nucleation on Glass Surfaces - Theory and Experiment
Filipovich V, Fokin V, Yuritsin N, Kalinina A |
| 223 - 236 |
Crystal Nucleation and Growth in Soda-Lime-Silica Glasses Close to the Na2O-Center-Dot-2Cao-Center-Dot-3Sio(2)(Nc2S3) Composition - Crystal Nucleation Kinetics in the Stoichiometric Nc2S3 Composition
Oliver CJ, James PF |
| 237 - 242 |
Devitrification Behavior of CaO-Center-Dot-0.1P(2)O(5)Center-Dot-0.9Sio(2) Glass
Costantini A, Fresa R, Buri A, Branda F |
| 243 - 250 |
Degassing of a Cordierite Glass Melt During Nucleation and Crystallization
Heide K, Hartmann E, Stelzner T, Muller R |
| 251 - 260 |
Parameters That Determine the Kinetics of Glass-Formation in the Presence of Perturbing Nanoparticles
Martinez OE, Mingolo N |
| 261 - 277 |
Theoretical-Models of Fast Crystallization of A-Si Thin-Films
Chvoj Z, Chab V, Borusik O |
| 279 - 287 |
Kinetics of the Primary, Eutectic and Polymorphic Crystallization of Metallic Glasses Studied by Continuous Scan Methods
Telleria I, Barandiaran JM |
| 289 - 301 |
The Crystallization Kinetics of Fe80Si4B16 Metallic-Glass
Illekova E |
| 303 - 317 |
The Crystallization Kinetics of Amorphous-Alloys
Kaloshkin SD, Tomilin IA |
| 319 - 332 |
Nucleation and Coalescence Phenomena in the Transformation of Semiconductor-Doped Glasses
Risbud SH |
| 333 - 341 |
Fabrication of Mesoscopic Composites Composed of Alpha-AgI and AgI-Based Superionic Glass
Tatsumisago M, Saito T, Minami T |
| 343 - 351 |
Crystallization in Fluoride Glasses
Poulain M |
| 353 - 361 |
Crystallization Kinetics of Ge0.3Sb1.4S2.7 Glass
Malek J, Cernoskova E, Svejka R, Sestak J, Vanderplaats G |
| 363 - 382 |
Kinetics of Structural Relaxation of Glass-Forming Melts
Avramov I |
| 383 - 392 |
Enthalpy Relaxation in Organic and Inorganic Glasses
Richardson MJ, Susa M, Mills KC |
| 393 - 400 |
On the Viscosity Change in Strong and Fragile Glasses
Masaki Y, Kitagawa A, Suzuki M |
| 401 - 415 |
Viscosity and Relaxation of Glasses Below the Glass-Transition Temperature
Koide M, Sato R, Komatsu T, Matusita K |
| 417 - 447 |
The Transition Points in the Liquid-State and Their Molecular Modeling
Hlavacek B, Cernoskova E, Prokupek L, Vecera M |
| 449 - 464 |
Glass Transitions in Aqueous Carbohydrate Solutions and Their Relevance to Frozen Food Stability
Goff HD, Sahagian ME |
| 465 - 477 |
The Theory of Membrane Vitrification
Voinova MV |
| 479 - 490 |
Formation of Biologically-Active Bone-Like Apatite on Metals and Polymers by a Biomimetic Process
Kokubo T |
| 491 - 499 |
Opalescence in Dental Products
Holand W, Frank M, Rheinberger V |
| 501 - 509 |
Thermodynamic Strength of the Glassy State and the Maximum Enthalpy Stored in the Propylene Glycol-D2O System
Mehl PM, Shi FG |
| 511 - 521 |
Empirical Dependences of the Standard Enthalpy of Formation for Related Inorganic-Compounds Enhancing Glass Formers
Moiseev G, Leitner J, Sestak J, Zhukovsky V |
| 523 - 530 |
Relaxational Transitions and Ergodicity Breaking Within the Fluid State - The Sugars Fructose and Galactose (Vol 266, Pg 9, 1995)
Fan J, Angell CA |
