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In this paper, we This paper presents a critical review of on essential data on the physics and chemistry of
low -pressure 1 glow discharges of GeH4 that are used to deposit for hydrogenated amorphous germanium films (a-Ge:H) film deposition. and analyzes s Here, we analyze the surface processes and reaction probabilities of molecules, ions, and radicals. Gas phase elementary processing analysis is conducted on electron molecule collisions. An updated table of thermochemical Thermochemical data is used to analyze the gas-phase elementary processes consisting ofobtained for ion-molecule collisions and neutral - 2 neutral collisions are used for performing gas-phase elementary processing on electron–molecule collisions. Moreover, Other other electron and ion collisions, involving such as electron-ion and ion-ion recombination, electron attachment on to radicals ,  3 and detachment of anion detachments, have also been are reported. Study of cCluster growth kinetics in of dusty plasmas is conducted in are investigated ordertoto further enhance the this study’s applicability and relevance of this study. Experimental data orand theoretical estimates of electron collision cross sections, collision and reaction-rate constants, and transport coefficients are given. Further, these are discussed with regard to cross sections, collision and reaction rate constants, and transport coefficients.

In the perturbed distribution functions in δf drift-kinetic Monte Carlo simulations By we excluded
explicitly the excluding  4 the Pfirsch–Schlüter diffusion off-diagonal neoclassical transport coefficients and Spitzer terms for quasi-symmetric toroidal plasmasfrom the perturbed distribution functions used in δf drift-kinetic Monte Carlo simulations, off-diagonal neoclassical transport coefficients in quasisymmetric toroidal plasmas are calculated, thus confirming geometric factor the constancy of geometric factor within the exact axisymmetric limit. Sugama and Horton have theoretically explained the importance of excluding these collisional contributions by investigating the The formal decomposition of the entropy-production rate with based on a the banana- plateau and with the Pfirsch–Schlüter fluxes, derived by Sugama and Horton theoretically explains the importance of excluding these collisional contributions.. Simulation studies on quasisymmetric stellarators can utilize the The numerically realized constancy of the geometric factor obtained with using  5 DKE1 in the exact symmetric limit would be useful for simulation studies of quasi-symmetric stellarators. The dDevelopment of techniques for steady -state operation, heating, fueling, diverters, diversion, plasma wall interaction, and wall materials, advanced diagnostics for reactor -relevant plasmas, blanket materials, and super conducting magnets were are  6 discussed as inevitable key are also discussed in this study.

Explanations

In this paper, we present a critical review of on essential data on the physics and chemistry of low -pressure glow discharges of GeH4 that are used to deposit for the deposition of hydrogenated amorphous germanium films (a-Ge:H) films. Here, we analyze the sSurface processes and reaction probabilities of molecules, ions ,  1 and radicals are analyzed. Gas phase elementary processing analysis is conducted performed on electron molecule collisions using . An updated table of thermochemical data is used to analyze the gas-phase elementary processes consisting offor ion-molecule collisions and neutral -  2 neutral collisions. Other electron and ion collisions, involving such as electron-ion and ion-ion recombination, electron attachment on to radicals, and detachment of anion detachments, have are also been reported. Study of cCluster growth kinetics in of dusty plasmas is conducted in are investigated ordertoto further enhance the applicability and relevance of this study. Experimental data orand theoretical estimates of electron collision cross sections, collision and reaction-rate constants, and transport coefficients are given. Further, these are discussed with regard to cross sections, collision and reaction rate constants, and transport coefficients.

The Pfirsch–Schlüter diffusion and Spitzer terms are excluded from In the perturbed distribution functions used in δf drift-kinetic Monte Carlo simulations to calculate we excluded explicitly the Pfirsch–Schlüter diffusion off-diagonal neoclassical transport coefficients and Spitzer terms for in quasi -  3 symmetric toroidal plasmas , thus confirming geometric factor the constancy of geometric factor in the exact axisymmetric limit. Sugama and Horton investigated the The formal decomposition of the entropy-production rate with based on a the banana -  4 plateau and with the Pfirsch–Schlüter fluxes, derived by Sugama and Horton to theoretically explains the importance of excluding these collisional contributions. The numerically Numerically realized constancy of the geometric factor obtained with using DKE1 in the exact symmetric limit would be useful beneficial for conducting the simulation studies of on quasisymmetric-symmetric stellarators. Moreover,  5 The development of techniques for steady -state operation, heating, fueling, diverters, diversion, plasma wall interaction, and wall materials, advanced diagnostics for reactor -relevant plasma, blanket materials, and super conducting magnets were are  6 discussed as inevitable key are also discussed in this study.

Explanations

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