An environmental guideline for the thermal spray industry Ronald W. Smith Commentary Pages: 307 - 310
Protecting the infrastructure with thermal spray coatings—Technical note T. CallR. A. Sulit OriginalPaper Pages: 323 - 327
Laser processing of plasma-sprayed R-Ba-Cu-O coatings B. ArsenaultB. ChampagneC. GĂ©linas Reviewed Paper Pages: 329 - 337
Effect of plasma spray operating conditions on plasma jet characteristics and coating properties S. MalmbergJ. Heberlein Reviewed Paper Pages: 339 - 344
Entrainaient and demixing in subsonic argon/helium thermal plasma jets J. R. FinckeW. D. SwankD. C. Haggard Reviewed Paper Pages: 345 - 350
Grinding induced effects in plasma sprayed zirconia coatings J. ZemanM. CeperaJ. Filipensky Reviewed Paper Pages: 351 - 356
Evaluation of NiAl and NiAl-B deposited by vacuum plasma spray J. Z. ChenH. HermanS. Safai Reviewed Paper Pages: 357 - 361
Characterization of wear damage in coatings by optical profilometry S. DallaireM. DufourB. Gauthier Reviewed Paper Pages: 363 - 368
Numerical simulation of impingement of molten Ti, Ni, and W droplets on a flat substrate H. LiuE. J. LaverniaR. H. Rangel Reviewed Paper Pages: 369 - 378
Influence of the velocity of plasma-sprayed particles on splat formation S. FantassiM. VardelleP. Fauchais Reviewed Paper Pages: 379 - 384
Noncontaminating plasma arc sprayed crucible coatings for containing molten ceramic oxides D. J. SordeletT. W. EllisI. E. Anderson Reviewed Paper Pages: 385 - 392
Evaluation of plasma-sprayed tungsten for fusion reactors R. A. NeiserG. R. SmolikR. D. Watson Reviewed Paper Pages: 393 - 399