1) surface atom energy level
表面原子能态
2) adatom
[æ'dætəm]
表面原子
1.
Study on the influence of three-dimensional Cu(111) islands on the diffusion of adatom by molecular dynamics simulation;
Cu(111)三维表面岛对表面原子扩散影响的分子动力学研究
2.
The study on diffusion barriers of adatom and local pressure of the atoms in the substrate at atomic level will reveal the physical nature of film growth which will be of great significance in both the development of equipments of thin film and the invention of new thin film materials.
表面原子的扩散是薄膜科学研究的重点内容之一。
3) Atomic ground state table
原子基态表
4) facial adatom
表面增原子
1.
Three-dimensional computer molecular dynamics simulation for growth temperature and facial adatom to effect of misfit dislocation formation in the epitaxial face-centered cubic crystal aluminum thin films has been carried out.
用分子动力学方法模拟了三维外延铝薄膜晶体中温度和表面增原子对失配位错形成的影响,采用的原子间相互作用势是嵌入原子法(EAM)多体势。
5) surface state
表面电子态
1.
A variational approach is used to study the surface states of electrons in semi-infinite wurtzite nitride semiconductors.
电子与表面光学声子相互作用对表面电子态的影响不应被忽略。
6) surface states of electrons
电子表面态
1.
With a viriational treatment, the surface states of electrons in semiconductor GaAs have been studied as a function of hydrostatic pressure taking into account an interpolation fit approximation between the lattice constant, band gap and the pressure effect.
数值结果表明 ,随压力增加电子表面态能级明显向上移动 ,且电子趋近表
补充资料：原子能
分子式：
CAS号：
性质：又称原子能。指原子核中的核子重新分配时释放出来的能量。核裂变能是重元素中易裂变元素裂变时释放的能量，核聚变能是氘、氚等轻元素的核发生聚变时释放的能量。核裂变能比化学能大几百万倍，核聚变能又比核裂变能大4～5倍。核裂变能已广泛地用在核电站，核聚变能的应用还处于研究阶段。
CAS号：
性质：又称原子能。指原子核中的核子重新分配时释放出来的能量。核裂变能是重元素中易裂变元素裂变时释放的能量，核聚变能是氘、氚等轻元素的核发生聚变时释放的能量。核裂变能比化学能大几百万倍，核聚变能又比核裂变能大4～5倍。核裂变能已广泛地用在核电站，核聚变能的应用还处于研究阶段。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条