1) neutretto
[英][nju:'tretəu] [美][nju'trɛto]
中(性)子
2) neutronics
中子性能
1.
On the basis of feasibility of the new cooling method,the shape of liquid hydrogen in moderator cell was optimized and the better configuration of moderator cell was found by lots of neutronics analyses.
在此基础上,进行新冷却方式下冷包内液氢形状的优化,对不同冷包结构下的中子性能进行分析,优化出较好的冷包结构。
3) Neutral molecule
中性分子
1.
Microwave assisted synthesis of chiral molecular tweezers based on deoxycholic acid and its recognition properties for neutral molecules;
脱氧胆酸手性分子钳的微波合成及其对中性分子的识别性能研究
4) Neutral atom
中性原子
1.
Relationship between neutral atomic orbital energy and hardness of elements;
中性原子轨道能级与元素硬度的关系
2.
The geometric phase of the neutral atom of coherence moving in electric field;
相干中性原子在电场中运动的几何相位
3.
Using the energy of valence orbits of neutral atoms,a new formula for calculation neutral atom electronegativities has been obtained: A=Π n i=1 (-E i) n iΣn .
文章利用中性原子的价层轨道能 ,给出了计算中性原子电负性的公式 : EA=Πni=1 (-Ei)niΣn,利用该式计算了 10 0种元素的中性原子的电负性 ,计算结果与国内外新近的几套元素电负性相当一致。
5) neutral particle
中性粒子
1.
In order to reproduce the flow conditions in the experimental facility more realistically,the background gas is included and simulated directly and the neutral particles are treated separately not as the equilibrium state.
为了更真实地再现实验设备中的流动,模拟中包含了背压气体,并在计算中直接模拟,改变了以往的中性粒子平衡态的处理方式。
2.
As a discussion, we study the interaction potential energy between the neutral particle with magnetic mom ent μ and the idealized Ioffe trap and derive the classical motion equation of the neutral particle.
在许多理论研究中 ,中性粒子在阱中被囚禁的区域通常是近原点的 ,因此 ,一个多项式展开的技巧被利用 ,从而得到近原点条件下 ,理想Ioffe阱中场的近似表达 ,以便于进一步研究中性粒子在阱中的经典运动特性及量子运动特性 。
3.
This paper reports the experiment result from a search for light neutral particle U by measuring the monoenergetic gamma ray in the singlet positronium annihilation: e+e-(1S0)→γ+U.
报道利用单态正电子偶素湮没，在过程ｅ＋ｅ－（１Ｓ０）→γ＋Ｕ中探测单能γ射线，寻找低质量中性粒子Ｕ的实验结果。
6) neutral meson
中性介子
1.
The Measurement of energetic photon produced in intermediate energy and relativistic energy heavy ion collisions provides opportunities for investigating many interesting and sophisticated problems such as properties of nuclear matter under extreme condition, bremsstrahlung, neutral meson production both below and above the production threshold in free nucleonnucleon collision.
高能光子探测为研究中高能重离子碰撞的许多重要问题如核物质性质、韧致辐射、阈下和阈上中性介子产生等提供了机遇。
补充资料：捣练子 赠中条山无为子
【诗文】：
志为剑，慧为刀。石娥劈玉见金鳌。戏青莲，跃碧涛。刀圭饮，胜香醪。六三公子著绯袍。系云腰。万万遭。
【注释】：
【出处】：
志为剑，慧为刀。石娥劈玉见金鳌。戏青莲，跃碧涛。刀圭饮，胜香醪。六三公子著绯袍。系云腰。万万遭。
【注释】：
【出处】：
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