Ceramic inlays for restoring posterior teeth

Determination of organic impurities by plasma electron spectroscopy in nonlocal plasma at intermediate and high pressures

“…The number density of excited helium atoms decreases due to the addition of impurities; moreover, the number density of excited helium atoms decreases further due to the collision between excited helium atoms and impurity molecules or atoms. The characteristic electron peak at 9.3 eV in figure 4 originates from collisions between the residual metastable helium atoms and ethanol [31][32][33]:…”

Determination of organic impurities by plasma electron spectroscopy in nonlocal plasma at intermediate and high pressures

“…The number density of excited helium atoms decreases due to the addition of impurities; moreover, the number density of excited helium atoms decreases further due to the collision between excited helium atoms and impurity molecules or atoms. The characteristic electron peak at 9.3 eV in figure 4 originates from collisions between the residual metastable helium atoms and ethanol [31][32][33]:…”

First-principles simulation of optical emission spectra for low-pressure argon plasmas and its experimental validation

“…They include electron impact reactions and isotropic and backward (elastic) scattering collisions between Ar + and the neutral Ar atoms. The corresponding collision cross-sections were taken from the works of Hayashi [69] and Phelps [70]. As discussed above, the only ionization and excitation mechanisms taken into account are the electron-impact ionization and excitation of the ground-state Ar atoms.…”

Considerations for ceramic inlays in posterior teeth: a review

“……”

Determination of organic impurities by plasma electron spectroscopy in nonlocal plasma at intermediate and high pressures

“…The number density of excited helium atoms decreases due to the addition of impurities; moreover, the number density of excited helium atoms decreases further due to the collision between excited helium atoms and impurity molecules or atoms. The characteristic electron peak at 9.3 eV in figure 4 originates from collisions between the residual metastable helium atoms and ethanol [31][32][33]:…”

First-principles simulation of optical emission spectra for low-pressure argon plasmas and its experimental validation

“…They include electron impact reactions and isotropic and backward (elastic) scattering collisions between Ar + and the neutral Ar atoms. The corresponding collision cross-sections were taken from the works of Hayashi [69] and Phelps [70]. As discussed above, the only ionization and excitation mechanisms taken into account are the electron-impact ionization and excitation of the ground-state Ar atoms.…”

Considerations for ceramic inlays in posterior teeth: a review

“……”

Determination of organic impurities by plasma electron spectroscopy in nonlocal plasma at intermediate and high pressures

“…The number density of excited helium atoms decreases due to the addition of impurities; moreover, the number density of excited helium atoms decreases further due to the collision between excited helium atoms and impurity molecules or atoms. The characteristic electron peak at 9.3 eV in figure 4 originates from collisions between the residual metastable helium atoms and ethanol [31][32][33]:…”

First-principles simulation of optical emission spectra for low-pressure argon plasmas and its experimental validation

“…They include electron impact reactions and isotropic and backward (elastic) scattering collisions between Ar + and the neutral Ar atoms. The corresponding collision cross-sections were taken from the works of Hayashi [69] and Phelps [70]. As discussed above, the only ionization and excitation mechanisms taken into account are the electron-impact ionization and excitation of the ground-state Ar atoms.…”

Considerations for ceramic inlays in posterior teeth: a review

“……”