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- W2034174811 abstract "Collisions between high-energy particles and surface atoms on a substrate surface strongly influence the condensation state of constituent atoms. We investigated a meta-stable condensation state of mercury in plasma on glass substrates. A thin glass cell was developed for ensuring the accuracy of density measurement of mercury. Below 310K, the activation energy, 0.67eV, estimated from the temperature dependence of emission intensity from Hg 7 3 S 1 level coincided with the activation energy for evaporation of mercury atoms from a liquid surface. Above 310K, the activation energy decreased to 0.34eV, which showed the transition from 3D condensation to 2D condensation. The effect of high-energy particles from a plasma was investigated by measuring the time dependence of emission intensity from mercury 546 nm after the switch off period of a plasma. To clarify the contribution of the diffusion process and heating rate, dT/dt, the dependence of the emission intensity was measured. Meta-stable condensation states with intermediate activation energies were observed at 1 K/min<dT/dt<4K/min." @default.
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- W2034174811 date "2002-04-01" @default.
- W2034174811 modified "2023-10-03" @default.
- W2034174811 title "Meta-stable condensation induced by collisions with rare-gas atoms at a substrate surface from a plasma" @default.
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- W2034174811 doi "https://doi.org/10.1016/s0022-0248(01)01856-5" @default.
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