1) Gas products from radiation degradation
辐解气态产物
2) gas products from irradiated sample
辐解气体产物
1.
The gas products from irradiated samples were analyzed by MS and the gas yield was precisely determined by GC through negative pressure sampling system.
同时使用质谱 (MS)仪确定了辐解气体产物的组分 ,并通过负压进样系统利用气相色谱 (GC)仪准确测定了气体产量。
3) radiolysis products
辐解产物
1.
The influencing factors or the mechanism and radiolysis products are reviewed.
并就辐照降解技术的影响因素、机制和辐解产物的分析方法等内容加以综述。
2.
The study on radiolysis products of gamma-irradiated N,N,N’,N’-tetrabutyl-3-oxa-pentanediamide (TBOPDA) is very useful towards the extractant stability.
采用红外、顶空固相微萃取 气相色谱/质谱联用的方法,研究了萃取剂 N,N,N’,N’ 四丁基 3 氧 戊二酰胺(TBOPDA)的液相辐解产物,并通过与标准物质对照,确定 TBOPDA的液相辐解产物中存在二丁胺和N,N 二正丁基甲酰胺。
4) Radiolytic products
辐解产物
1.
Radiolytic products of N,N,N,,N,-tetrabutyl-3-oxa-pentanediamide:Qualitative analysis of radiolytic products;
N,N,N’,N’-四丁基-3-氧-戊二酰胺辐解产物的研究Ⅱ液相辐解产物的定性分析
2.
Investigation of Radiolytic Products of Trialkyl Phosphine Oxide by Gas Chromatography;
三烷基氧化膦辐解产物的气相色谱研究
5) gaseous product
气态产物
1.
The affects of coal rank and temperature on the yield of pyrolysis gaseous products and sulfur distributions were studied.
利用固定床热解装置对3种不同煤种进行了热解研究,考察了温度和煤的性质对热解气态产物以及硫元素逸出规律的影响,结果表明:除了煤的性质外,温度是影响热解产物分布的重要影响因素;同时CO和CO2的逸出量与煤中氧元素的含量有关,而生成CH4和气态烃的量与H/O原子比有很大关系;热解过程中含硫物质以H2S和少量COS的方式逸出到气相,而逸出的气态硫也与煤的含硫量有直接关系。
2.
In this paper,the evolution characteristics of gaseous products of humic coal by hydrouspyrolysis and its geological significance are discussed,Mature humic coal has still large hydrocarbon potential,in main stage of hydrocarbon generation,and it mainly generates oil and a little gaseous hydrocarbon.
本文较详细地探讨了成熟阶段腐殖煤在加水热模拟过程中气态产物的演化特征。
6) gaseous products
气态产物
1.
The effects of curing agent content and heating rate on curing reaction were analyzed;the curing mechanism of furfural acetone resin and gaseous products evolved during curing process were investigated.
并利用热重-质谱联用技术(TG-MS)研究树脂在固化过程中的气态产物。
补充资料：辐解聚合作用
分子式：
CAS号：
性质：高能辐射高聚物时，降解过程中伴随有聚合反应，称为辐解聚合作用。聚合物分子链在高能辐射下，发生键的断裂，形成自由基，大分子裂解成小分子；同时自由基彼此重新结合又发生聚合反应，若断链发生在聚合物的侧链上，自由基结合就伴有交联反应。
CAS号：
性质：高能辐射高聚物时，降解过程中伴随有聚合反应，称为辐解聚合作用。聚合物分子链在高能辐射下，发生键的断裂，形成自由基，大分子裂解成小分子；同时自由基彼此重新结合又发生聚合反应，若断链发生在聚合物的侧链上，自由基结合就伴有交联反应。
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