1.
There is only one lower-energy orbital in a cyclic system.
在环状体系中只有一个最低能量轨道。
2.
An electron in the innermost orbit has the least energy.
最里面的轨道上的电子能量最低。
3.
Characterics Analysis of Low-Energy Orbits Based on Space Three-Body Model
基于空间三体模型的低能量探测轨道特性分析
4.
Performance analysis of Cd-Ni battery for low earth orbit satellite
低轨道卫星镉镍蓄电池组在轨性能分析
5.
Electron Orbit and Quantization of Energy in Hydrogen-like Atom;
类氢原子中电子轨道和能量的量子化
6.
A 21-centimeter photon is much less energetic than the photons typically emitted by hydrogen as electrons jump between orbits.
21厘米光子的能量远比一般氢原子因电子变换轨道而发射的光子来得低。
7.
Optimal Control for Minimizing Energy or Fuel in Finite-thrust Orbit Transfer
有限推力能量、燃料最优轨道转移控制
8.
The Design of Railway Power Feedback Equipment
轨道交通能量回馈装置的设计与实现
9.
Energy Balance Equation at Perigee and Apogee of Satellite Orbit
卫星轨道近地点和远地点能量平衡式
10.
Low Energy Transfer Orbit to the Moon Considering Longitude of the Ascending Node of the Moon
考虑月球升交点黄经的地月低能转移轨道
11.
The Research on Performance of Handoff in LEO Satellite based on Channel Characteristic
基于信道特性的低轨卫星切换性能研究
12.
To decrease in orbit.Used of an artificial satellite.
能量衰减指人造卫星在轨道上运行时能量消减
13.
low frequency AC coded track circuit
低频交流电码轨道电路
14.
Simple Derivation of Kinetic Energy and Quantize Semi axis of Elliptical Orbit in Hydrogen like Atom;
椭圆轨道的动能和量子化半轴、能级的简明推导
15.
than the 200 mile-journey from Earth's surface into orbit!
要比从地球表面进地球轨道的200英里所耗能量。
16.
Research on Correlation between Topological Index ~mP and Valence Electron Orbit Energy;
拓扑指数~mP在价电子轨道能量中的相关性研究
17.
On the Influence of Orbital Energy of Halogenous Atoms on Certain Properties of Halogens;
卤原子的价层轨道能量对卤素某些性质的影响
18.
Terminal Area Energy Management of Suborbital Vehicle Based on Range Control
亚轨道飞行器航程控制的末端能量管理方法