The vapor phase growth of carbon fiber is a new technology advanced recently.
气相生长碳纤维是近年来兴起的一项新技术。
To increase nucleation density, the methods of introducing defects on substrate surface are more effective in the diamond thin films growth by means of the low pressure vapor phase deposition.
在低压气相生长金刚石薄膜过程中，通过在衬底表面引入缺陷，通常是一种行之有效的提高成核密度的方法。
A new iron film system, deposited on silicone oil surfaces by vapor phase deposition method, has been fabricated and its growth mechanism and band-shaped ordered pattern were studied.
采用气相沉积的方法在硅油表面成功制备了一种新型的铁薄膜系统，并研究了该薄膜的生长机制及其带状有序结构。
Vapor phase nucleation (VPN) growth mechanism was proposed to explain the growth of carbon nanotubes in floating catalyst system.
提出了气相形核生长(VPN)机理解释浮动催化体系中碳纳米管的生长过程。
Vapor phase nucleation (VPN) growth mechanism was proposed to explain the growth of carbon nanotubes in floating catalyst system.
提出了气相形核生长(VPN)机理解释浮动催化体系中碳纳米管的生长过程。
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