| 8245 - 8246 |
Preface to the HTC 2012 special issue
Kaplan WD |
| 8247 - 8260 |
Wetting of ceramics by molten silicon and silicon alloys: a review
Drevet B, Eustathopoulos N |
| 8261 - 8274 |
Modeling and experiments in dissolutive wetting: a review
Singler TJ, Su S, Yin L, Murray BT |
| 8275 - 8289 |
A review of transition metals diborides: from wettability studies to joining
Passerone A, Valenza F, Muolo ML |
| 8290 - 8302 |
New software tools for the calculation and display of isolated and attached interfacial-energy minimizing particle shapes
Zucker RV, Chatain D, Dahmen U, Hagege S, Carter WC |
| 8303 - 8307 |
Effect of surface adsorption of carbon on the surface tension of liquid Fe-Mn-C alloys
Hoai LT, Lee J |
| 8308 - 8319 |
Effects of sintering aids on the densification of Mo-Si-B alloys
Jung JI, Zhou NX, Luo J |
| 8320 - 8335 |
Nano-Calphad: extension of the Calphad method to systems with nano-phases and complexions
Kaptay G |
| 8336 - 8343 |
Apparently complete grain boundary wetting in Cu-In alloys
Straumal AB, Bokstein BS, Petelin AL, Straumal BB, Baretzky B, Rodin AO, Nekrasov AN |
| 8344 - 8351 |
Paradoxical grain boundary motion in a wedge-shaped aluminum bicrystal
Vilenkin A, Novick-Cohen A |
| 8352 - 8359 |
Grain boundary wetting in the NdFeB-based hard magnetic alloys
Straumal BB, Kucheev YO, Yatskovskaya IL, Mogilnikova IV, Schutz G, Nekrasov AN, Baretzky B |
| 8360 - 8366 |
Phase separation in monotectic alloys as a route for liquid state fabrication of composite materials
Kaban I, Kohler M, Ratke L, Nowak R, Sobczak N, Mattern N, Eckert J, Greer AL, Sohn SW, Kim DH |
| 8367 - 8371 |
Heat effect of grain boundary wetting in Al-Mg alloys
Kogtenkova OA, Protasova SG, Mazilkin AA, Straumal BB, Zieba P, Czeppe T, Baretzky B |
| 8372 - 8380 |
Wetting of (0001) alpha-alumina single crystals by molten Mg-Al alloys in the presence of evaporation
Shi LX, Shen P, Zhang D, Dong ET, Jiang QC |
| 8381 - 8386 |
Sessile drop study of Gd-Ti monotectic alloys on ceramic substrates: phase transformations, wetting, and reactivity
Kaban I, Nowak R, Shuleshova O, Korpala B, Bruzda G, Siewiorek A, Han JH, Sobczak N, Mattern N, Eckert J |
| 8387 - 8394 |
Wetting of MgO and alpha-Al2O3 by molten Mg: a model of droplet with high vapor pressure
Fujii H, Izutani S |
| 8395 - 8403 |
The effect of interfacial morphology on wetting of graphite by molten silver at high temperature
Pittoni PG, Chang YY, Lin SY |
| 8404 - 8418 |
Wetting of calcium fluoride by liquid metals
Barzilai S, Froumin N, Glickman E, Fuks D, Frage N |
| 8419 - 8430 |
Capillarity in pressure infiltration: improvements in characterization of high-temperature systems
Leger A, Calderon NR, Charvet R, Dufour W, Bacciarini C, Weber L, Mortensen A |
| 8431 - 8438 |
Wetting in the ThO2/Me (Me = Ce, Al, U) systems: an example of the liquid phase properties role in reactive wetting
Aizenshtein M, Gelbstein M |
| 8439 - 8449 |
ZrB2-SiC/Ti6Al4V joints: wettability studies using Ag- and Cu-based braze alloys
Valenza F, Artini C, Passerone A, Muolo ML |
| 8450 - 8453 |
Interfacial interaction between quasi-binary oxides (MgAl2O4 and Y3Al5O12) and liquid aluminum
Froumin N, Piness M, Barzilai S, Aizenshtein M, Frage N |
| 8454 - 8463 |
Wettability and transient liquid phase bonding of hafnium diboride composite with Ni-Nb alloys
Saito N, Ikeda H, Yamaoka Y, Glaeser AM, Nakashima K |
| 8464 - 8471 |
TEM characterization of the reaction products formed in Al-Cu/SiO2 couples due to high temperature interaction
Wojewoda-Budka J, Sobczak N, Litynska-Dobrzynska L, Onderka B, Nowak R |
| 8472 - 8476 |
Wetting of Al pads by Sn-8.8Zn and Sn-8.7Zn-1.5(Ag, In) alloys
Fima P, Berent K, Pstrus J, Gancarz T |
| 8477 - 8482 |
The influence of Mn Content on the wettability of dual-phase high-strength steels by liquid Zn-0.23 % Al
Kim Y, Lee J, Jeon SH, Chin KG |
| 8483 - 8495 |
Influence of annealing treatment on wetting of steels by zinc alloys
Giorgi ML, Diawara J, Chen S, Koltsov A, Mataigne JM |
