Driving forces for diamond and graphite growth in CH4/H2 mixtures are calculated in consideration of activated effect of super-equilibrium atom hydrogen on graphite under 4.8 kPa pressure.
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美
- 以CH4／H2體系為例，研究了氣相生長(cháng)金剛石和石墨的驅動(dòng)力隨溫度和CH4的摩爾分數的變化情況若不考慮超平衡氫原子的作用，則石墨的生長(cháng)驅動(dòng)力總是大于金剛石的生長(cháng)驅動(dòng)力；
