1) content of condensed phase
凝聚相含量
2) gel fraction
凝胶含量
1.
The effect of peroxide proportion on gel fraction of crosslinked PE and the relationship between gel fraction and the mechanical properties of the compound were investigated.
探讨了过氧化物用量对交联聚乙烯凝胶含量的影响,以及凝胶含量与材料力学性能的关系。
2.
The effect of peroxide content on mechanical properties and gel fraction was researched, as well as the effects of carbon black, ZnO and antioxidant on properties of material.
采用过氧化物交联方法研究了交联聚乙烯的工艺、配方和性能 ,探讨了过氧化物用量对材料力学性能及凝胶含量的影响 ,以及炭黑、氧化锌、抗氧剂对材料性能的影响。
3.
processing equipments as well as processing parameters( extruder screw temperature and speed) on the melt flow rate ( MFR)of grafted products and gel fraction of crosslinked products were investigated.
分析了过氧化二异丙苯(DCP)、乙烯基三乙氧基硅烷(VTES)、加工设备及工艺条件(温度、螺杆转速)对体系熔体流动速率(MFR)和凝胶含量的影响。
3) gel content
凝胶含量
1.
The results indicated that the gel content of cured liquid EPDM had variance hardly with increasing the amount of DCP,however,increased with increasing the amount of TAIC.
结果表明,液体EPDM的凝胶含量随DCP的增加无明显变化,随TAIC的增加而增加;交联产物的拉伸性能有相似的变化趋势。
2.
In order to explore the properties change of the NR samples during storage,the aging processes were imitated by heating method and the variation of molecular weight, gel content and plasticity number were studied during accelerated storage.
为探讨5种NR样品在贮存过程中其特性的变化,采用加热的方法来模拟其贮存老化过程,并研究了5种NR样品的分子量、凝胶含量和塑性初值(Po)的变化规律。
4) tuff content
凝灰含量
1.
After carefully researching the log responses of tuff and shale,proposed is a method using neutron logging data to compute the shale content,and it is the first time to use gamma ray and neutron logging curves to compute tuff content.
研究凝灰、泥质的测井响应特征,利用中子曲线定量计算储层泥质含量;利用自然伽马与中子曲线结合,定量计算储层凝灰含量。
5) condensed phase
凝聚相
1.
These projects include condensed phase and gas phase mechanism of flame retardance,catalysts in flame retardancy,polymer/inorganics nanocomposite,effects of polymer fine structure on flame retardancy etc.
综述和讨论了阻燃领域中一些值得重视和有待深入研究的问题及其近年取得的进展,这些问题涉及凝聚相及气相阻燃机理、阻燃催化剂、高聚物/无机物纳米复合材料、高聚物的精细结构对阻燃性的影响等,可供阻燃理论研究工作者参考。
6) coacervate phase
凝聚层相
1.
At the temperature above cloud point or in the presence of certain additives,an aqueous nonionic surfactant micelle solution was separated into a surfactant diluted phase and a coacervate phase.
非离子表面活性剂溶液在温度高于其浊点或有一定添加物存在时,会自动形成表面活性剂浓度很小的稀相和表面活性剂浓度很高的凝聚层相,存在于这一系统的溶质将不均匀地分配于二相。
补充资料：凝聚相干扰
分子式：
CAS号：
性质：在凝聚相中伴生元素与待测元素发生了化学反应，从而引起待测元素分析信号降低的现象。伴生元素的阴、阳离子状态均可引起干扰，它们对待测元素起了抑制作用。
CAS号：
性质：在凝聚相中伴生元素与待测元素发生了化学反应，从而引起待测元素分析信号降低的现象。伴生元素的阴、阳离子状态均可引起干扰，它们对待测元素起了抑制作用。
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