1)  cross relaxation
交叉驰豫
1.
Identify the cross relaxation(CR) process that is important to boost the operation of Tm~(3+)-doped silica fiber laser using the method of numeral analysis.
用数值分析的方法,分析了高掺杂Tm3+硅基光纤激光器中离子间的交叉驰豫提高光纤激光器效率的机理。
2)  cross relaxation model of ion pair
离子对交叉驰豫模型
1.
The results are explained qualitatively by the cross relaxation model of ion pair and the fiber nonlinearity stimulated Brillouin scattering.
用离子对交叉驰豫模型及光纤中的非线性效应—受激布里渊散射对实验结果进行了定性解释 。
3)  overlapping
交叉
1.
Tong Qu Yi Gong-Modern Photography and Plane Design Overlappinginteraction;
同曲异工—现代摄影与平面设计的交叉互动
2.
It is proposed that to avoid the conflict the subject relationship in case of overlapping should be dealt with in terms of personal principle.
分析了劳动争议与人事争议的主体冲突产生的客观基础和法律上的原因,提出以属人原则处理交叉部分的主体关系,以避免主体冲突。
4)  Cross
交叉
1.
A Turnover Type Drill Jig for Machining Cross Holes;
一种加工交叉孔系的翻转式钻模夹具
2.
Improving genetic cross operator to solve TSP;
改进遗传交叉算子求解TSP
3.
aeuginose, which was isolated from the specimen of lower respiratory tract and induced through ciprofloxacin(CPLX)subinhibitory concentration(1/2MIC) had occured cross-resistance to quinoloncs as CPLX and other type of antibacterial drugs.
目的:研究下呼吸道标本分离的绿脓假单胞菌经环丙沙星(CPLX)次抑菌浓度(1/2MIC)诱导后对诺氟沙星(NFLX)等喹诺酮类药物以及非同类抗菌药物是否交叉耐药,为临床合理用药提供依据。
5)  intersection
交叉
1.
The contents include:(1)The role and effect of space physics; (2)New developments and frontiers of space physics; (3)The main characteristics of the intersection between physics and space physics.
文章对 2 1世纪太空物理学的发展趋势及其与物理学交叉的特点作了论述 。
2.
After the Han Dynasty,yao(谣),yan(谚) and other relative styles changed,which caused the intersection between yao(谣) and yan(谚).
汉以后,谣和谚以及相关的文体发生了变化,造成了二者之间的交叉。
3.
The intersection of literature and history is an academic tradition of the Chinese culture.
文史交叉是中国文化的学术传统。
6)  crossover
交叉
1.
Hybrid particle swarm optimization based on crossover and mutation;
基于交叉变异的混合粒子群优化算法
2.
Upper limits of crossover and mutation rate of genetic algorithm based on schema theorem;
基于模式定理的遗传算法交叉和变异概率上限
3.
No-Crossover-Genetic Algorithm to Train Line Holding;
列车占线问题的无交叉遗传算法
参考词条
补充资料:辐射驰豫(radiationrelaxation)
辐射驰豫(radiationrelaxation)

分子从能量较高的激发态通过弛豫过程回到基态并发射光子的衰变过程。辐射弛豫包括二种过程:荧光(fluorescence)和磷光(phosphorescence)。当一个分子从其最低单线激发(S1)自发地发射光子回到基态(S0),即S1→S0,此辐射弛豫称荧光,它常发生在激发后的10-8~10-9s;若一个分子从最低三重态(T1)自发的发射光子回到基态,即T1→S0,此辐射弛豫过程称磷光。磷光的波长比荧光的要长。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。