1) intermixing and phase change
界面原子混合与结构相变
1.
These samples were analyzed using Rutherford Backscattering Spectrometry(RBS) and X-ray diffraction spectroscopy(XRD),from which the intermixing and phase change were investigated.
通过分析Ni/SiO2样品中元素成分分布和结构随离子辐照剂量和电子能损的变化,探索了离子辐照在Ni/SiO2样品中引起的界面原子混合与结构相变现象。
2) atomic structure model of phase-liquid interface
相与液相相界原子结构模型
3) atomic structure model of α phase-liquid interface
液固相界原子结构模型
4) interfacial structure
相界面结构
1.
A one-dimensional model for the interfacial structure in bubble slug was developed based on mass and momentum conservation for bubble nose,body and tail as well as for a hydraulic jump at the rear of the bubble.
根据气液段塞流气弹区相界面结构特征将气弹区分为气弹头、气弹体、水跃面和气弹尾四部分,并根据各自的流动和界面结构特征分别进行模化,建立了描述不同倾角的圆管内气液段塞流气弹区相界面结构的一维理论模型。
5) phase change freezing interface
相变冻结界面
1.
Study on phase change freezing interface of biological tissues under low temperature conditions;
生物组织低温作用下相变冻结界面研究
6) interface valence electron structure
界面价电子结构
补充资料：道尔顿原子结构模型
道尔顿原子结构模型
英国科学家道尔顿认为每种单质均由很小的原子组成，不同的单质由不同质量的原子组成。道尔顿认为原子是一个坚硬的实心小球。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。