interstitial atom
英 [ˌɪntəˈstɪʃl ˈætəm]
美 [ˌɪntərˈstɪʃl ˈætəm]
间充（填隙）原子
双语例句
- Point Defect-A crystal defect that is an impurity, such as a lattice vacancy or an interstitial atom.
点缺陷-不纯净的晶缺陷，例如格子空缺或原子空隙。 - Researchs and applications of hydrogen as a kind of interstitial atom in the manufacturing process of rare earth-iron based permanent materials are reviewed.
本文评述了稀土永磁材料发展过程中，氢作为一种间隙原子在永磁材料的制备工艺上的应用； - A Study of Interstitial Atom Effects in the R ( Fe, M) 12 Compounds
R（Fe，M）（12）的间隙原子效应研究 - Because of the different interactions between substitutional ( N and C) and interstitial atoms, N has a greater contribution to the interfacial energy than C atom.
间隙原子C对共格界面能的影响程度大于N，原因是C、N同置换原子的交互作用不同。 - The XPS analysis indicated that the contents of oxygen atoms were superfluous, which resulted in the existence of vacancy metal Ti atom or interstitial atom of oxygen.
XPS分析表明氧原子过剩，从而导致二氧化钛薄膜内产生金属空穴或氧间隙原子。 - According to the measured data, an activation energy of 0.91 eV for the V color center migration is calculated, and it is presented that the V color center migration is realized through electron exchange of interstitial atom in the V color center with neighboring interstitial halogen ion.
根据测量数据，计算出空气中生长NaF晶体中V色心漂移激活能为0.91eV，并提出V色心的漂移是通过其中卤原子与邻近填隙卤离子交换电子来实现的。 - The method of calculating interstitial atom number and the programme design in gas-solid reaction apparatus
气－固反应实验装置中填隙原子数的计算及程序 - In this paper, a new theoretical analysis method for diffusion of interstitial atom in crystal materials has been presented.
本文提出间隙原子在晶体材料中扩散的微观过程的新的理论分析方法。 - Advance on Process Technology of Extra-deep Drawing-Interstitial Atom Free ( IF) Sheet Steel
微合金化超深冲-无间隙原子（IF）钢生产技术的进展 - A new theoretical analysis method for diffusion of interstitial atom in crystal materials
间隙原子在晶体中扩散的新的理论分析方法 - Due to its good optoelectronic properties, it can be widely applied in the fields of room-temperature ultraviolet lasing, sensor and photocatalysis etc. ZnO has many intrinsic point defects such as oxygen vacancy and zinc interstitial atom.
由于其良好的光电性能，可以广泛应用在室温紫外激光器，传感器和光催化等领域。ZnO中存在氧空位、锌间隙等诸多本征点缺陷，对ZnO进行掺杂是改进其性能的方法之一。 - Main conclusions are described as following: a) The MS calculation results indicate that the tetrahedral interstitial position in γ-Fe or α-Fe is the most stable site for interstitial helium atom ( HeI).
主要有如下一些结论：a）MS计算结果表明间隙He原子（HeI）在α-Fe和γ-Fe中均以四面体间隙位最稳定。 - And the crystalline structure is hexagonal wurtzite structure, exist natively zinc interstitial atom and oxygen vacancies defects.
其晶体结构是六方纤锌矿结构，天然存在着锌间隙和氧空位缺陷。