Electron Transport Properties in HSi(OC₂H₅)₃Vapor

Abstract

We construct a kink solution on a non-BPS D-brane using Berkovits' formulation of superstring field theory in the level truncation scheme. The tension of the kink reproduces 95% of the expected BPS D-brane tension. We also find a lump-like solution which is interpreted as a kink-antikink pair, and investigate some of its properties. These results may be considered as successful tests of Berkovits' superstring field theory combined with the modified level truncation scheme.

Measurement of the third-order transport coefficient in N2 and its effect on the longitudinal diffusion coefficient measured from the arrival-time spectra of an electron swarm

“…The use of equation ( 26) is traditionally justified by the prospect that the value of D 3L is small [12][13][14][15][16]; however, as shown in equation (24), not D 3L but 3α 0 D 3L affects D L . This indicates that the value of D L α2 may differ from that of D L even if the value of D 3L is small.…”

“…Transport of charged species in a gas under electric and magnetic fields is essential to specify the characteristics of the plasmas and its performance for various applications, and the electron plays an important role in generating charged particles and neutral active species in plasmas. The transport of the electron is often described by using electron transport coefficients, which are essential parameters in fluid model numerous measurements of D L by the double-shutter drift tube [7][8][9][10][11][12][13][14][15][16]. In these measurements, arrival-time-spectra (ATS) of an isolated electron swarm under a uniform DC electric field are measured, and then the measured ATS are analysed by the following two analysis methods.…”

Numerical modeling of gas‐phase reactions of tetraethoxysilane/O2/Ar atmospheric dielectric barrier discharge for deposition

“…Referring to the reaction paths in Lieberman and Lichtenberg, [ 12 ] the reaction rate coefficient is estimated to be the same as TEOS. [ 76 ] The electron collision of SiOH is considered the same as triethoxysilane (TRIES, SiH) [ 90 ] due to the lack of data. Similar to TEOS, consider C–C bonds in ethoxy of Si broken by electron or excited Ar, the products are Si and .…”

Analysis of Electron Transport Coefficients in SiH4 Gas Using Boltzmann Equation in the Presence of Applied Electric Field

“…Monosilane, silane (SiH 4 ) gas is a colorless, extremely flammable, pyrophoric in air , very toxic gas and it is lighter than air, silanes refers to many compounds including organosilicon compound like, triethoxysilane (Yoshida et al, 2011), tetramethylsilane (TMS) and tetraethoxysilane (TEOS) (Kawaguchi et al, 2017). Silane has been widely used not only in the form of pure but also in mixtures with other gases for both in semiconductor industry and in thin film technologies , Vasenko, 1999, Yamaguchi et al, 1989, Peck, 2014, Kovalgin et al, 2009.…”