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来源：百度知道 编辑：UC知道 时间：2024/06/05 20:25:23
硅元素进入植物体内和它的沉积部位是因植物种类而异的
此法的收率为90%，纯度提高120倍（倍数用fold）
鉴于图4所示的特异性，我们可得到结论，反应时通过在活性位点（active site）上的结合作用而产生。（利用given为引导词）
已知停留时间分布（residence time distribution）和一级反应的速度常数，则非理想流动反应器（non-ideal flow reactor）的特性就能确定的决定。（利用given为引导词）
该共聚物（copolymer）还有环氧基（epoxy group），与9M氨水在40℃反应3H，就转化为氨基树脂（amino resin）。（利用现在分词表示结果）
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第一句抽干用suction-dried
Put 2 grams of the hydroxide ionic suction-dried resin in 10×200mm column.
The silicon element entering into the plants and the location of its deposition is spicies-specific.
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Will be around 2g dry OH-type resin Add 10 × 200mm column
Silicon into the plant body and its parts is a result of deposition of plant species-specific
The yield of this method was 90%, purity 120 times to raise (in multiples of using fold)
In view of the specificity shown in Figure 4, we get the conclusion, through the reaction active site (active site) on the role arising from the combination. (Given to guide the use of the word)
Known residence time distribution (residence time distribution) and the first order reaction rate constant, non-ideal flow reactor (non-ideal flow reactor) will be able to determine the characteristics of the decision. (Given to guide the use of the word)
The copolymer (cop