Sentence examples for microwave plasma jet from inspiring English sources
The effects of pressure on UNCD film synthesis from the microwave plasma jet were systematically investigated.
The radiofrequency plasma jet operates at lower power densities as compared to the microwave plasma jet.
This condition is employed to estimate a minimum demand for growth pressure to obtain a dense and continuous film from the focused microwave plasma jet.
This paper describes a particular class of highly transparent ultrananocrystalline diamond (UNCD) films synthesized from focused microwave plasma jet.
The focused microwave plasma jet was analyzed during synthesis by in situ OES (BTC112E, B&W TEK, Newark, DE, USA) to explore the species composition at different growth processes.
This is due to the significant enhancement on activity and density of plasma species during synthesis, resulting from the excitation of focused microwave plasma jet.
This paper describes a new low-temperature process underlying the synthesis of highly transparent ultrananocrystalline diamond [UNCD] films by low-pressure and unheated microwave plasma jet-enhanced chemical vapor deposition with Ar-1%H24-10%H2 gas chemistry.
The UNCD film with a thickness ~ 300 nm was synthesized on quartz substrate using the unique focused microwave plasma jet-enhanced growth, which produced films with high optical transmittance (~ 90% at 780 nm), high hardness (~ 69 Gpa), and extremely smooth surface morphology (~ 7.5 nm rms).
In this study, a hydrophobic coating on glass surfaces was fabricated by application of a silicone oil lubricant and activated using a microwave atmospheric plasma jet.
To understand the mechanism of surface processing using an atmospheric-pressure non-equilibrium microwave discharge plasma jet, we used optical emission spectroscopy to measure the vibrational and rotational temperatures of plasma.
We investigated the local deposition of silicon oxide on silicon wafers and glass substrates utilizing a 2.45 GHz microwave-driven plasma jet, which was operated in ambient air with helium and small admixtures of hexamethyldisiloxane (HMDSO).
