1) extrude intake algorithm
挤出吸入算法
1.
The probably solution of complex combination optimizm problem can describe by half edge graphs,designed a extrude intake algorithm for graph,this algorithm can solve manufacturing cell design problem.
用半边图来描述复杂组合优化问题的可能解,在此基础上设计了针对图的挤出吸入算法,用此算法求解了一个典型的复杂组合优化问题,制造单元设计问题。
2.
Having Designed an extrude intake algorithm for the half edge graph partitioning problem,this algorithm can solve machine redundant manufacturing cell design problem.
设计了针对半边图划分问题的半边图挤出吸入算法,用此算法求解了机器可选制造单元成组设计问题。
2) crowd in-out effect
挤入挤出效应
1.
On FDI and economic development and its crowd in-out effects in Yangtze Delta;
FDI与长三角地区经济发展及其挤入挤出效应研究
2.
Based on the statistical data of foreign direct investment(FDI),domestic investment and GDP of Changzhou from 1993 to 2007,by means of Panel Data,the results of the analyzed crowd in-out effect of FDI in Changzhou show that there exists crowd-out effect in this area.
以1993—2007年常州市FDI、国内投资以及GDP的时间序列数据为基础,利用Panel Data模型,对常州市FDI对国内投资的挤入挤出效应进行计量分析,结果表明常州市FDI对国内投资的影响表现为挤出效应。
3) "crowd in(out)"effect
挤入(出)效应
4) extrusion
[英][eks'tru:ʒən] [美][ɛk'struʒən]
挤出法
1.
Mainly manufactureing technology including perform-drawing and extrusion were reviewed.
简要描述了塑料光纤的种类和材料,着重阐述其主要成型技术:棒拉法和挤出法,并对塑料光纤的应用前景进行了展望。
2.
The classical methods for preparing ceramic membranes from macroporous support to microporous or dense layers, asextrusion, suspended powder method, sol- gel processes, are described.
本文概述了用于制备从大孔支撑体到微孔或致密膜片等各种构造的陶瓷膜的传统方法,如挤出法、浸渍法和溶胶- 凝胶法,分析了其它薄膜制备技术,如用于制备致密或微孔薄膜的化学气相沉积法,制备沸石膜的水热法等,提出中空纤维作为陶瓷膜的新构造。
5) extruding
[英][eks'tru:d] [美][ɛk'strud]
挤出法
1.
Whereas there were many problems in extruding method of powder and organic binder, the PZT piezoelectric fibers were fabricated by extruding powder and sol.
本文针对传统粉末—有机粘结剂混合物挤出法制备陶瓷纤维工艺中存在的问题，采用了粉末—溶胶混合物挤出法制备了PZT压电陶瓷纤维，然后将压电纤维排列于聚合物基体中制备1-3型压电复合材料。
6) extrusion method
挤出方法
1.
Porous graphite was prepared by extrusion method.
介绍了制备多孔石墨材料的挤出方法,该法具有连续性、效率高、产品形状多样化、不破坏多孔石墨的孔结构、炭纤维等增强材料定向排列等优点。
补充资料：泵额定吸入压力
分子式：
CAS号：
性质： 为泵额定工况(排出压力、流量、功率等)工作条件的入口压力。
CAS号：
性质： 为泵额定工况(排出压力、流量、功率等)工作条件的入口压力。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条