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1)  curing mechanism
固化机理
1.
Study on the curing mechanism of sodium silicate inorganic zinc-rich coating;
钠水玻璃富锌涂料固化机理的探讨
2.
The UV curing mechanism and the properties of cured film were determined by IR、UV、GPC and(elemental) analysis.
研究了腰果酚在无光引发剂条件下的紫外光固化反应,并用IR、UV、元素分析、GPC等分析手段分析了腰果酚的紫外光固化机理及其固化膜性能。
2)  Solidification mechanism
固化机理
1.
This paper simply introduces component parts、painting methods、solidification mechanism and applied domain of photosensitizing powder coatings.
本文简要介绍UV固化粉末涂料的组成,涂装方法、固化机理和应用领域。
3)  consolidation mechanism
固化机理
1.
After ananlyses on chemical reaction,micro-structure under electron microscope of tamped cement soil,the consolidation mechanism and micro-structure character of tamped cement soil were gained.
通过对夯实水泥土的化学反应与作用以及电子显微镜下微观结构的分析,得出夯实水泥土的固化机理及微观结构特征。
2.
The soft soil in Tianjin Binhai New Area was taken as investigated subject and the consolidation mechanism was analyzed according to the study of unconfined compressive strength and microstructure features of its solidified soil sample.
以天津滨海新区软土为研究对象,通过研究其固化后的无侧限抗压强度和微结构特征,分析其固化机理
3.
After ananlyses on chemical reaction, micro-structure under electron microscope of tamped cement soil, the consolidation mechanism and micro-structure character of tamped cement soil were gained.
通过对夯实水泥土的化学反应与作用以及电子显微镜下微观结构的分析,得出夯实水泥土的固化机理及微观结构特征。
4)  reinforcement mechanism
固化机理
1.
Study on strength property of nanometer silica fume reinforced cemented soil and reinforcement mechanism;
纳米硅粉水泥土的强度特性及固化机理研究
5)  Solidified mechanism
固化机理
1.
Using XRD,EPMA,SEM and NMR to determine thecomposition of hydrated production, the distribution of heavy metals, through whichsolidified mechanism is discussed in detail.
然后运用 X 射线衍射、电子探针、扫描电镜、核磁共振等方法对重金属元素在水泥中的固化机理做了进一步的研究。
6)  Ester cured mechanisms
酯固化机理
补充资料:A机理
分子式:
CAS号:

性质:缔合机理  association mechanism  简称A机理(A mechanism)。在配位化合物MLnX被Y取代反应中,Y接近MInX,先于X的离去。反应速率决定步骤有中间体生成,具有比原来配位化合物高的配位数。新键的生成是反应速率的决定步骤。例如,反应[Pt(NH3)3Cl]++Br-[Pt(NH3)3Br]++Cl-其反应速率可表示为V=kc[Pt(NH3)3Cl+)c(Br-)。反应速率与配位化合物浓度c(Pt(NH3)2Cl+)及外来配体浓度c[Br-]均有关。其特点是双分子的二级反应。

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