Abstract Preface; Symbols; 1. Classical theory of radiation; 2. Quantum theory of radiation; 3.
Oscillator and line strengths; 4. Spectral line broadening; 5. Continuous spectra; 6. Cross …

An overview is given of the various processes which may occur in an argon–hydrogen glow
discharge plasma, including the cross sections and rate coefficients compiled from the …

We investigated the efficiency and formation mechanism of ammonia generation in
recombining plasmas generated from mixtures of N 2 and H 2 under various plasma …

The plasma chemistry of an argon/hydrogen expanding thermal arc plasma in interaction
with silane injected downstream is analyzed using mass spectrometry. The dissociation …

The role of hydrogen and methane dissociation process in induction plasma synthesis of
graphene nano-flakes (GNF) is studied by the optical emission spectroscopy of Ar/H 2/CH 4 …

A hybrid modeling network, consisting of several Monte Carlo and fluid models, is
developed for a dc glow discharge typically used for mass spectrometry, in a mixture of Ar …

We study the characteristics of graphene grown through low power capacitive coupled radio
frequency plasma enhanced chemical vapor deposition (PECVD) and explore its …

In this work, we report on the atomic layer deposition (ALD) of HfN x thin films by employing
CpHf (NMe 2) 3 as the Hf (IV) precursor and Ar–H 2 plasma in combination with external RF …

We measured the densities of NH and NH2 radicals by cavity ring-down spectroscopy in
N2− H2 plasmas expanding from a remote thermal plasma source and in N2 plasmas to …

As advanced linear plasma sources, cascaded arc plasma devices have been used to
generate steady plasma with high electron density, high particle flux and low electron …