... symmetry energy 对称能量 symmetry potential 对称势 synchro cyclotron 同步盘旋旋转加速器 ...
基于48个网页-相关网页
球对称势 spherically symmetric potential
非对称性优势 asymmetrical advantage
偶对称势垒 barrier with even parity
对称交羚动势 symmetrical alternating electromotive force ; symmetricalalternatingelectromoti
对称交流电动势 symmetrical alternating electromotive force
非对称双势阱 asymmetric double-well potential
显示性对称比较优势 Revealed Symmetrical Comparative Advantage ; RSCA
大部分重要应用对象(例如氢原子)是球对称势，这一部见4.6节。
Most important for applications (e. g., the hydrogen atom) are spherically symmetric potentials, which we treat in Sect. 4.6.
结果表明不对称势场中阱底并不是粒子基态稳定存在区域，最高概率密度分布位于平缓阱壁。
The result shows that the bottom of each potential well is not where the particle stays. The peak values of probability locate near the bottoms on side walls.
结果表明同位旋对称势对于同位旋非对称度的依赖性很弱，但对于动量和密度均有较强的依赖性。
The symmetry potential turns out to depend strongly on both momentum and density, while it is almost independent of the isospin asymmetry.
应用推荐