Thermal spray technologies—An integral part of modern production processes Jan Musil Commentry Pages: 387 - 387
Electric arc deposition of carbon steel coatings with improved mechanical properties Z. ZureckiD. GargD. Bowe Technical Note Pages: 417 - 421
Revealing true porosity in WC-Co thermal spray coatings D. J. NolanM. Samandi Technical Note Pages: 422 - 424
A transmission electron microscopy study of the microstructures present in alumina coatings produced by plasma spraying J. M. GuilemanyJ. NuttingM. J. Dougan Technical Note Pages: 425 - 429
Early device design—JTST historical patent #5 United States Patent Office Historical Patent Pages: 430 - 433
Properties of plasma-sprayed freestanding ceramic parts K. NeufussP. ChráskaZ. Trávnícek Reviewed Paper Pages: 434 - 438
Alumina-base plasma-sprayed materials—Part II: Phase transformations in aluminas J. IlavskyC. C. BerndtJ. Dubsky Reviewed Paper Pages: 439 - 444
Plasma-sprayed duplex and graded partially stabilized zirconia thermal barrier coatings: deposition process and properties J. MusilM. AlayaR. Oberacker Reviewed Paper Pages: 449 - 455
Development of cored wires for improving the abrasion wear resistance of austenitic stainless steel S. DallaireH. Levert Reviewed Paper Pages: 456 - 462
Zirconium boride and tantalum carbide coatings sprayed by electrothermal explosion of powders H. TamuraM. KonoueA. B. Sawaoka Reviewed Paper Pages: 463 - 468
The influence of nozzle design on HVOF exit gas velocity and coating microstructure K. KorpiolaJ. P. HirvonenF. Rossi Reviewed Paper Pages: 469 - 474
Microstructure and Mechanical Properties of Thermally sprayed silica/nylon nanocomposites L. S. SchadlerK. O. LautE. Petrovicova Reviewed Paper Pages: 475 - 485
Ultrasonic technique for measuring porosity of plasma-sprayed alumina coatings S. ParthasarathiB. R. TittmannE. J. Onesto Reviewed Paper Pages: 486 - 488