659 - 667 |
Magnetically enhanced 15 kHz glow discharge of methane Ledernez L, Olcaytug F, Urban GA, Yasuda HK |
669 - 678 |
Dielectric barrier discharge initiated gas-phase decomposition of CO2 to CO and C-6-C-9 alkanes to C-1-C-3 hydrocarbons on glass, molecular sieve 10X and TiO2/ZnO surfaces Dey GR, Singh BN, Kumar SD, Das TN |
679 - 690 |
Chlorinated organic compounds decomposition in a dielectric barrier discharge Magureanu M, Mandache NB, Parvulescu VI |
691 - 700 |
The dependence of gliding are gas discharge characteristics on reactor geometrical configuration Bo Z, Yan JH, Li XD, Chi Y, Cheron B, Cen KF |
701 - 716 |
Study of injection angle and carrier gas flow rate effects on particles in-flight characteristics in plasma spray process: Modeling and experiments Zhang W, Zheng LL, Zhang H, Sampath S |
717 - 736 |
Toward the achievement of substrate melting and controlled solidification in thermal spraying Zhang W, Wei GH, Zhang H, Zheng LL, Welch DO, Sampath S |
737 - 759 |
New in-situ sampling and analysis of the production of CeO2 powders from liquid precursors using a novel wet collection system in a rf inductively coupled thermal plasma reactor. Part 1: Reactor system and sampling probe Castillo IA, Munz RJ |
761 - 788 |
New in-silu sampling and analysis of the production of CeO2 powders from liquid precursors in a rf thermal plasma reactor. Part 2: Analysis of CeO2 powders, fuel addition, and image analysis Castillo IA, Munz RJ |
789 - 797 |
W-C electrode erosion in a pulsed arc submerged in liquid Parkansky N, Glikman L, Beilis II, Alterkop B, Boxman RL, Gindin D |
799 - 811 |
Surface modification of fine particles with a SnO2 film by using a polyhedral-barrel sputtering system Abe T, Higashide S, Inoue M, Akamaru S |