1)  excitation energy
裂变时标
2)  fission
裂变
1.
Law of fusion and fission of spatial structure in urban traffic;
城市交通地理空间结构的聚变与裂变规律
2.
A fission energy diagnostic technology with γ-ray measurement;
用测量γ射线诊断裂变能量技术
3.
Special soliton structures and the phenomena of fission and annihilation of solitons for the (2+1)-dimensional Broer-Kaup system with variable coefficients;
变系数(2+1)维Broer-Kaup系统的特殊孤子结构及孤子的裂变和湮没现象
3)  split
裂变
1.
The results show that third-order soliton will be compressed and splited in the propagation and the interaction of two third-order solitons can quicken the split.
用分步富里叶变换法求解三阶孤子传输的NLS方程,得到了在此条件下孤子传输的数值图形,发现三阶孤子在传输中被压缩和裂变,三阶孤子的相互作用加速了孤子的裂变。
2.
The paper analyzes the split of the personality in Ralph of The Thorn Birds from the angle of humanity and divinity,and the main causes for such split from the religious background,socio-historical background and Ralph s personal weaknesses are explored.
从人性和神性矛盾的角度分析《荆棘鸟》中拉尔夫的人格裂变,并且探究了造成这种裂变的根本缘由主要来自宗教背景、社会历史背景和自身个性弱点。
4)  cracking deformation
断裂变形
1.
Based on the theoretic solution of cracking deformation,the calculation equations for the maximum dynamic load stress and the residual stress after cracking are given in this paper.
与经典的小变形理论不同,本研究工作使用大变形理论公式描述断裂变形,并用各个增量断裂变形的乘积描述最终的系列断裂作用。
5)  Pyrolysis behavior
裂变行为
1.
Study on the pyrolysis behavior of polyethylene in argon by gas chromatography coupled with mass spectrometry;
气相色谱-质谱联用研究聚乙烯在氩气中的裂变行为
2.
The pyrolysis behavior of car paint in waste steel recycling process was studied by single photon ionization(SPI)/resonance enhanced multi-photon ionization(REMPI)-time of flight mass spectrometry(TOFMS).
采用单光子离子化/共振增强的多光子离子化-飞行时间质谱法(SPI/REMPI-TOFMS)研究了在汽车钢板的回收冶炼过程中,涂覆油漆的裂变行为。
6)  fission track
裂变径迹
1.
Fission track study on the metallogenetic age of Xiayingfang gold deposit in eastern Hebei;
河北下营坊金矿成矿时代的裂变径迹研究
2.
Fission track etching condition of tourmaline;
电气石裂变径迹蚀刻条件研究
3.
Fission track dating and thermal history of Habahe rock body in Altai;
阿尔泰哈巴河岩体的裂变径迹年龄及热历史
参考词条
补充资料:时标

时标意指一种将时间分配到事件的制度。现时有两类时间标准广泛被采用。一种是基于天文学,另一种则以原子振动的频率作为依据

说明:补充资料仅用于学习参考,请勿用于其它任何用途。