a series of silane grafted polyethylenes were prepared by using the twin screw extruder.
以双螺桿挤出机为反应器,制备了一系列硅烷接枝高密度聚乙烯。
water reacts with the silane forming silanol groups .
水与硅烷反应形成硅醇基因。
in some cases, leaks of silane will not ignite immediately.
在某些情况下,泄露的硅烷不会立刻点燃。
the thickness of the incubation layer increases with increasing silane concentration and decreasing discharge power.
孵化层的厚度随硅烷浓度的增加或辉光功率的降低而增大。
in this paper, an experimental apparatus for the low pressure epitaxy of silane is described.
本文介绍了硅烷低压外延的实验装置。
since silane is spontaneously flammable in air, its toxicological properties are difficult to determine.
由于硅烷在空气中是自燃的,它的毒物学性质难以确定。
toxicity: the major hazards of silane stem from its ability to spontaneously ignite on contact with air and its toxicological properties.
毒性:硅烷的主要危险来自它接触空气可以自发燃烧的能力和它的毒物学的性质。
being able to fluidize includes the kinetics of the deposition of the gas, in our case silane, which is important for yield, because unconverted silane lowers your granular poly yield.
我们制造硅烷的能够流体化包括了气体的沉积动力学,这对产量的重要,因为会降低你的未转换的颗粒聚硅烷产量。
the use of packed valves on systems containing silane should not be permitted.
不允许在含有硅烷的系统上使用衬垫阀。
the surface modification has been studied on an filler of solid propellants in this paper, by using silane and titanate coupling agents.
本文采用硅烷类和钛酸酯类偶联剂对固体推进剂中的硝酸铵填料进行表面改性。
contact with silane can cause irritation of the eyes.
接触硅烷会导致眼睛的刺激。
the solid by-product is obtained by imitating the magnesium silicide method which is used to produce silane in industry.
以硅化镁、氯化铵与液氨为原料,模仿硅化镁法制备硅烷气体的工艺,获得反应生成的固体副产物。
the coupling mechanism of silane coupler and its use as endcapper adhesion promoter and dehydrating agent in polyurethane sealant are discussed.
摘要论述了硅烷偶联剂的偶联机理及其作为封端剂、粘接促进剂和干燥剂在聚氨酯密封胶中的应用。
testing has shown silane can burn with a flame that cannot ignite paper or with an intensity that will melt metals like brass and aluminum.
试验显示,硅烷燃烧的火焰或者不能点燃纸张,或者其强度可以熔化象黄铜和铝一样的金属。
the success of the synthesis of the peg tefe silane was confirmed with (1)h nmr and fourier transform infrared spectroscopy (ftir).
tefe硅烷的成功组装已经在(1)hnmr和傅里叶变换红外光谱(ftir)分析中得到证实。
local building codes should be consulted regarding building requirements for the storage and handling of silane indoors.
关于对硅烷的室内储存和操作的建筑物的要求,应当参考当地的有关建筑物的法规。