轨道稳定
网络释义专业释义
... orbital repeater 轨道中继站 orbital stability 轨道稳定* order wire 传号线 ...
基于24个网页-相关网页
... 轨道卫星 orbiter; orbiting satellite 轨道稳定 orbitally stable 轨道稳定性 track stability ...
基于8个网页-相关网页
-
orbital stability - 引用次数：10
We study the orbital stability problem of the peaked solitons to the special case of the DGH equation in the H~1 norm in section 4.
我们知道一类特殊的DGH方程有尖峰孤立波解,我们将证明此尖峰孤立波在H~1范数中是轨道稳定的。
参考来源 - 一类浅水波方程的研究 -
orbitally stable - 引用次数：1 参考来源 - 带调和势的非线性Schr（？）dinger方程
·2,447,543篇论文数据，部分数据来源于NoteExpress
双语例句原声例句
-
等的抽象理论，通过谱分析，证明了该孤立波解是轨道稳定的。
By using the abstract results of M. Grillakis et al and careful spectral analysis, we prove that the stability of the solitary waves is orbital.
-
本章的主要结果：定理4 .1孤立波族（4.1.3）是轨道稳定的。
The main result in this chapter: Theorem 4.1 The solitary waves (4.1.3) are orbitally stable.
-
问题是，只有曾穿过黑洞视界的临界才会存在稳定轨道，那里时间与空间会流入其他地方。
The problem is that these stable orbits would only exist once you have crossed the threshold of the event horizon, where time and space flow into one another.
-
Remember that when we're talking about 4s1, 3d10, that's one of those exceptions where a completely filled d orbital is more stable than we would expect.
回想上节课的内容我们知道,当我们讨论4s1，3d10，的时候，这是其中一个例外的情况,当，d，轨道全满的时候,电子排布要比我们想象的更加稳定。
-
The reason this an exception is because it turns out that half filled d orbitals are more stable than we could even predict.
这个例外的原因是因为,半填充d轨道比,我们预期的填充方式更加稳定。
-
And there's actually a way that we can make predictions here, and what I'll tell you is molecular orbital theory predicts that h e 2 does not exist because it's not stabilized in terms of forming the molecule.
其实我们有一种办法可以做出预测，我要告诉你们的是分子轨道,理论预测He2不存在,因为它形成分子不稳定。
应用推荐