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1)  continuous process method
连续分步法
2)  one-step series chlorination
一步连续氯化法
1.
After comparison of process, it showed that production process of one-step series chlorination was advanced, and quality was high.
介绍了对二氯苯的性质、用途、国内外生产概况和生产技术,通过工艺技术比较,指出一步连续氯化法生产工艺比较先进,生产的产品质量高、成本低,具有较强的市场竞争力。
3)  continuous synchronous composite
连续同步复合法
1.
In the CSC processing, carbon cloths continuously wind around the graphite substrate, so the continuous synchronous composite between reinforced phase and matrix is achieved, on a micro\| and macro\| scale, by means of synchronous conducting between pyrolysis deposition of matrix and preparation of preform.
连续同步复合法是一种建立在传统 CVI原理基础上的制备碳布增韧陶瓷基复合材料的新工艺 ,在制备过程中碳布通过连续缠绕在旋转的石墨衬底上 ,使纤维预制体的制备与基体的热解沉积同步进行 ,从而实现增韧相与基体在宏观和微观尺度上同步复合。
4)  two-step continuity Rosenbrock methods
两步连续Rosenbrock方法
1.
For simulating the stiff delay differential equations, a class of two-step continuity Rosenbrock methods were proposed.
为了数值仿真刚性延迟微分方程系统,构造了一类用于求解刚性延迟微分方程的两步连续Rosenbrock方法,讨论了方法的构造,方法的阶条件,证明了方法的收敛性,分析了方法的稳定性。
5)  continuous stepped electrodeposition
连续分步电沉积
1.
Three kinds of methods including electrochemical infiltration, continuous stepped electrodeposition and coelectrodeposition are introduced in detail.
综述了近年来电化学方法制备金属基复合材料的研究进展,具体介绍了电化学渗浸、连续分步电沉积和复合电沉积3种不同的电化学工艺过程。
6)  continuous fraction method
连续分数法
1.
By means of the continuous fraction method, the author obtains the exact solutions of the Schrdinger equation with the potential V(r)=Ar -4 +Br -3 +Kr -1 , which express the interactions between ions and atoms.
采用连续分数法得到了表示原子、离子间相互作用势V(r) =Ar-4+Br-3 +Kr-1的Schr dinger方程的精确解 。
2.
By means of the continuous fraction method,an exact solution of the radial Schro¨dinger equation for the potential V(r)=α1r4+α2r+β3r-1+β2r-3+β1r-4is obtained.
采用连续分数法，得到势Ｖ（ｒ）＝α１ｒ４＋α２ｒ＋β３ｒ－１＋β２ｒ－３＋β１ｒ－４的径向Ｓｃｈｒｏ¨ｄｉｎｇｅｒ方程的解析解，并作适当的讨
3.
By means of the continuous fraction method,an exact solution of the radial Schrdinger equation for the potential V(r)=α 1r 10 +α 2r 4+α 3r 2+β 3r -4 +β 2r -6 +β 1r -10 is obtained here.
采用连续分数法，得到势函数Ｖ（ｒ）＝α１ｒ１０＋α２ｒ４＋α３ｒ２＋β３ｒ－４＋β２ｒ－６＋β１ｒ－１０的径向Ｓｃｈｒ¨ｏｄｉｎｇｅｒ方程的精确解。
补充资料：尔法-拉伐尔法连续皂化
分子式：
CAS号：

性质：采用封闭式离心机，皂化、洗涤、整理均在混合器中进行。用阿尔法-拉伐尔离心机进行皂粒-废液、皂基-皂脚的连续分离，在皂化器中油与碱液的进量依靠独特的黏度传感器进行自动控制。装置最小能力为1.0t/h。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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