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1)  magnetic orbital
磁轨道
1.
In the dinuclear complexes with two dissimilar bridges, the highest occupied molecular orbitals (HOMO′S) of the bridging ligands interact with the magnetic orbitals of the metal ions according to the matching of symmetries.
在混合桥基的双核体系中,金属中心的磁轨道的线形组合可与相同对称性的桥基最高占据轨道(HOMO'S)相互作用。
2)  Orbital magnetic moment
轨道磁矩
3)  maglev track
磁浮轨道
1.
A maglev track inspection vehicle is a kind of special vehicle supported by tires,it measures geometry parameters of maglev track to ensure maglev train runs safely.
磁浮轨检车是用来检测磁浮轨道几何参数,保证磁浮列车安全运行的轮式特种车辆。
2.
A five-degree freedom vibration model of maglev track inspection vehicle was proposed based on the construction characteristics and the principle of motions of this special vehicle for studying how the vehicle stochastic vibration affects the measuring accuracy and measuring speed.
为了研究在动态测量过程中磁浮轨检车的随机振动对测量磁浮轨道几何参数精度和测量速度的影响,根据这一特殊车辆的结构特点和运动原理建立了整车振动五自由度模型。
4)  strict orthogonality of the magnetic orbitals
磁轨道正交
1.
This paper presents an important strategy of obtaining high-spin state molecules-the strict orthogonality of the magnetic orbitals,and reviews the new development in the field.
介绍一种获得高自旋基态分子的策略-磁轨道正交方法,评述国内外学者在这方面的最新进展。
5)  electromagnetic railgun
电磁轨道炮
1.
The electrothermal properties and conversion of solid armature in electromagnetic railgun were analyzed.
在考察国内外电磁轨道炮研究进展的基础上,分析了固体电枢的电热特性和固体电枢转捩为等离子体机理,结合现在国内研究情况,提出了一种能够利用固体电枢优势,而又能同时避免固体电枢烧蚀缺陷的多级电磁轨道炮的设计方案。
2.
Because the electromagnetic railgun, a new concept kinetic energy weapon, has a lot of unique advantages of faster launch velocity, shorter accelerating time and easier controlling of release energy, it can find the broad prospect in the military realm.
磁轨道炮作为一种新概念动能武器,由于具有发射速度高,加速时间短,能量释放易于控制等优点,使其在军事领域中有着巨大的应用潜力。
6)  railgun
电磁轨道炮
1.
Optimization Design for the Interior Ballistics of Railgun;
磁轨道炮内弹道优化设计
2.
Theoretical Study on the Properties of the Armature in Railgun
磁轨道炮电枢特性理论研究
3.
Based on the B dot magnetic probe measuring computer system, the three measuring mathematical modes for the distribution of length and velocity of plasma armature arc in the railgun bore were established, and some conclusions deduced from the measuring mathematical mode were put forward.
基于B点磁探针的测量原理 ,建立了电磁轨道炮膛内三维等离子体电枢电弧长度和电弧运动速度测量的数学模型 ,通过对该模型的分析给出了用于测量膛内电枢电弧长度和运动速度分布的相应推论。
补充资料:轨道保持(见航天器轨道控制)


轨道保持(见航天器轨道控制)
orbit keeping

  guidQo baoehi轨道保持(o rbit keePing)见航天器轨道控制。
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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