1) γ radiolysis
γ辐解
1.
4×10 13 L -1 ·mol·s -1 of excited energy transfer has been found in the γ radiolysis of C 6H 12 -TOPO system by analyzing the main radiolysis products hydrogen, cyclohexene and bicyclohexy
研究了三辛基氧化膦 (TOPO)—环己烷体系的主要γ辐解产物氢气、二环己烷和环己烯的产额 ,由此计算了环己烷激发态能量传递的速率常数k约为 1。
2.
The rate constant of excited energy transfer in the γ radiolysis of CH-TOPO system was studied by final product analysis.
用终产物分析的方法研究了环己烷 (CH) -三辛基氧化膦 (TOPO)体系在γ辐解过程中环己烷激发态能量传递的速率常数。
3.
Trioctyl phosphine oxide (TOPO) was used as the model of TRPO and its γ radiolysis was studied.
为了探讨三烷基氧化膦 (TRPO)辐射乳化的原因及解决的办法 ,以三辛基氧化膦(TOPO)为TRPO的模型 ,对TOPO的γ辐解进行了研究。
2) Gamma-radiolysis
γ-辐解
4) gamma radiation-induced degradation
γ辐照分解
5) γ-irradiation
γ-辐照
1.
Diuron Degradation Process and Change of Toxicity by γ-irradiation;
γ-辐照对敌草隆的降解过程及毒性变化分析
2.
Pretreatment of Taihu Lake raw water by γ-irradiation;
γ-辐照预处理太湖源水的研究
3.
Effect ofγ-irradiation on the Structure and Properties of the Poly(L-lactic acid);
γ-辐照L型聚乳酸的结构与性能研究
6) γ-irradiation
γ辐射
1.
Relationships between the peroxide value and reaction mechanism under the γ-irradiation were discussed.
对α-亚麻酸及其乙酯分别在氧气气氛和氮气气氛下进行一定剂量的γ辐射,每隔2d测定其过氧化值。
2.
The work is to determine the effects of γ-irradiation on GSK3 β coupled signaling transduction path- way in IEC-6 cells, and protect effects of regulation of GSK3 β and caspase-3 activation onγirradiation induced IEC-6 cells injuries.
探讨了辐射诱导IEC-6细胞GSK3β信号转导途径的激活与细胞凋亡的关系,以及调控GSK3β信号转导途径对γ辐射诱导IEC-6细胞凋亡的保护作用。
补充资料：辐解
分子式：
CAS号：
性质：又称辐解。因高能辐照而引起的断键过程。此术语常用于高能辐照下发生的化学过程。但其涵义不够明确，有时也用于与辐照技术有关的场合、如脉冲辐射分解等。
CAS号：
性质：又称辐解。因高能辐照而引起的断键过程。此术语常用于高能辐照下发生的化学过程。但其涵义不够明确，有时也用于与辐照技术有关的场合、如脉冲辐射分解等。
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