1) Atomic incidence rate
原子入射率
2) incident atom
入射原子
1.
We have studied the influence of the incident atom with low energy on Pt (001) surface by molecular dynamics simulation.
入射原子初始动能从0。
3) atomic emission probability
原子辐射率
1.
We investigate,under the thermal-atom regime, the influence of detun ing Δ on t he atomic emission probability, when the two-mode quantized cavity field is pre pared in different states.
用修饰态来描述系统态矢量 ,分析了在热原子状态下 ,双模光场配制成不同的状态 ,失谐量对微波激射器的原子辐射率的影
2.
When a two Level atom enters into the Kerr medium cavity field of a coherent state via z motion, we analyze and calculate the atomic emission probability of different regimes (thermal atom and ultracold atom regimes).
建立了含克尔介质微波激射器 (micromaserwithKerrmedium)的基本量子原理 ,分析计算了处于不同方式 (热原子和超冷原子状态 )下的二能级原子沿z轴穿过处于相干态的含克尔介质微腔的原子辐射率 ,并着重讨论了克尔介质与单模辐射场作用的耦合强度 χ、失谐量Δ和原子注入速率r对原子辐射概率的影响 。
4) atomic reflection coefficient
原子反射率
1.
Consequently, We numerically calculate and theoretically analyse the atomic reflection coefficient as a function of Rabi frequency and the kinetic energy of the atom moving along the y direction.
在共振情况下求解两能级原子在激光衰波场中的薛定谔方程，得到了基态原子反射率Ｒｇ、激发态原子反射率Ｒｅ以及原子总反射率Ｒｔ的解析表达式。
5) incident power
入射功率
1.
The method is to draw incident power and reflection power of radar system through directional coupler and bridge circuit,and carries out pretreatment for gathered data with micro control unit,then calculates standing wave ratio.
文中提出一种驻波比在线测试方法,该方法通过定向耦合器和电桥电路将雷达系统的入射功率和反射功率提取出来,然后用单片机对所采集到的数据进行预处理,从而计算出驻波比。
2.
A method for estimating the parameters of incident wave angle and incident power by the use of the extended kalman filter is proposed.
提出了采用扩展卡尔曼滤波器估计入射波参数（入射角度和入射功率）的方法。
6) deposited rate
入射率
1.
Effect of substrate temperature, deposited particles energy, deposited rate and particles migrating step to early stage Cu/Cu(100) thin films growth have been studies, and research results are in good agreement to the experimental results.
本研究论文参考己有的生长模型,结合薄膜生长理论及实验结果,建立了一个带有缺陷基底的三维Monte Carlo模型,研究了基底温度、粒子能量、粒子入射率、粒子行走步数对Cu(100)面的薄膜生长初期的影响,得到许多有意义的结果。
补充资料：具有原子级分辨率的扫描隧道显微镜
具有原子级分辨率的扫描隧道显微镜
蜜些 坦有原了级分辨率的扫描隧道显微偏
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