scission信息详情
n.切断，分离；断开
abscission acid───脱落酸
scissors in spanish───西班牙语剪刀
proboscis───n.鼻子；[昆]喙；象鼻；[无脊椎]吻
abscission layer───[植]离层
proboscis in butterfly───蝴蝶的长鼻
scissors seven───剪刀七
tiny scissors───小剪刀
abscission zone───离区；离层带；离层区
abscissa───n.[数][天]横坐标；横线
king scissors───特大剪刀
of chain scission is first - order reaction.───材料在氧化的同时，会使分子产生断链。
of chain scission is first-order reaction.───白油的断链为一级反应。
Poly (DL-lactide) differed from the other polyesters studied, the rate of chain scission increasing after the commencement of weight loss.───聚（的DL-乳酸）不同于其他研究聚酯，连锁后的重量损失率开始上升断裂。
This derivation is only valid if no chain scission accompanies cross linking.───这一关系式仅适用于交联时不伴有断链发生的情况。
Dependence of Isospin Effect in the Multiplicity of Pre-Scission Particles on the Angular Momentum───同位旋对断前粒子发射影响的角动量依赖性
Effect of Deformation on Isospin Effect of Pre-scission Particle Emission───形变对断前粒子发射同位旋效应的影响
Preparation of Scission Tile With Country Style───具有原野风格的劈离砖的研制
Effects of Shell on Pre-Scission Particle Emission───断前粒子发射的壳效应
DNA strand scission and topology changes are catalyzed by DNA topoisomerases.
Influence of the shell effect on the emission of light particles prior to scission is explored in the framework of the Smoluchowski equation.
Alcohols generated more than ketones by the hemolytic scission of the O-O bond in the metalloporphyrin catalyzed hydrocarbon oxidation system.
The dependence of chain scission and racemization on temperature results from molecular motion, "cage effect" and steric hindrance during recombination.
The results show that chain scission and oxidation occurs in the whole reaction.
Failure of the chain links is called scission and it can be caused not only by strain but also by chemical means.
The radiation effect on poly (methyl methacrylate) with different tacticities was studied. It was proposed that chain scission process was in a kinetic equilibrium between scission and recombination.
This derivation is only valid if no chain scission accompanies crosslinking.
The reaction of chain scission is first - order reaction.