1) continuous plug-flow method
连续活塞式流动法
2) continuous flow method
连续活塞式流动法
3) continuous
连续
1.
Temperature field study on continuous ohmic heating of liquid food;
液态食品连续通电加热的温度场研究
2.
Catalyzed chlorination of acetic acid to continuous synthesize monochloroacetic acid;
乙酸催化氯化法连续制备氯乙酸
4) continuity
连续
1.
Continuity of Currents and Condations for the Therom of Ampere s Circuital Law;
电流的连续性和安培环路定理的成立条件
2.
Localization in the conception of continuity and derivative;
连续、导数概念的局部性
3.
On the Mutual-Transformation of the Continuity and the Discreteness in Mathematical Analysis;
数学分析中“连续”和“离散”两类问题的相互转化
5) consecutive
连续
1.
LX type consecutive mixing and agglomerating manufacturer is composed of vertical cylinder, which is equipped with rotating central shaft with high speed, around central shaft, there are several groups of mixing blades, their incidence shall be changed in accordance with the requirement of the mixing and agglomerating.
LX型连续混合/造粒机是由装有高速旋转中心轴的垂直圆筒构成,在中心轴的不同位置上装有数组搅拌叶片,搅拌叶片的迎角可以根据混合与造粒的不同要求而改变。
2.
A graph G for which ∑(G)=nδ+(n2) is called consecutive.
若非正则和∑(G)=nδ+2n,则称图G连续。
6) continuation
连续
1.
The first kind function equation which satisfies the situations such as continuation,limitation,integrability and monotone has the solution f(x)=ax.
满足连续、有界、可积、单调等条件的一类函数方程具有解f(x) =ax。
2.
Given that the theorem of Roll reckoning condition be changed into the existence & continuation of left or right, then the above 3 theorems remain true.
Roll定理、Lagrange中值定理和Cauchy中值定理成立于函数在 [a、b]上连续、在 (a、b)上可导 ,其中Roll定理还要求函数在区间端点处的函数值相等 。
3.
In the paper,we solve the problem of finding the sums of equal powers of integer by use of the methods of limit,continuation,derivative and so on,and obtain two results.
文章利用微积分中的极限、连续、导数等知识解决了求整数的方幂和的问题 ,得到了两个结
参考词条
补充资料:连续活塞式流动法
分子式:
CAS号:
性质:也称连续活塞式流动法(continuous plug-flow method)。对于一级反应,可推导出k=(v/Ax)1n{[A]/[A]0},式中v为流速(dm3/s),A为管状反应器(tubular reactor)横截面积,x为离混合室的距离。与一级反应动力学方程相比,k=t-1ln{[A]/[A]0},反应时间t之测量转化为x之测量。这类方法应满足两个条件:(1)达到充分混合的时间极短,即t混合<<t反应;(2)流动管反应器(flow-tube reactor)中无纵向的扩散、对流,即管中任一截面各部位的成分是一致的。本方法解决了快速反应难于把握反应时间的问题。缺点是要消耗大量反应液;受混合时间及效率的制约,一般只能测量毫秒(ms)量级的反应;反应管径细,以致测量信号弱。针对这些缺点,已发展出许多改进的技术。
CAS号:
性质:也称连续活塞式流动法(continuous plug-flow method)。对于一级反应,可推导出k=(v/Ax)1n{[A]/[A]0},式中v为流速(dm3/s),A为管状反应器(tubular reactor)横截面积,x为离混合室的距离。与一级反应动力学方程相比,k=t-1ln{[A]/[A]0},反应时间t之测量转化为x之测量。这类方法应满足两个条件:(1)达到充分混合的时间极短,即t混合<<t反应;(2)流动管反应器(flow-tube reactor)中无纵向的扩散、对流,即管中任一截面各部位的成分是一致的。本方法解决了快速反应难于把握反应时间的问题。缺点是要消耗大量反应液;受混合时间及效率的制约,一般只能测量毫秒(ms)量级的反应;反应管径细,以致测量信号弱。针对这些缺点,已发展出许多改进的技术。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。