基本释义:

重合检测器

网络释义

1)coincidence detector,重合检测器

2)pulse-coincidence detector,脉冲重合检测器，脉冲符合计数器

3)superposition,重合

4)coincidence,重合

5)registration,重合

6)coincide,重合

7)reclose,重合

8)superpose,重合

9)Recloser-recloser,重合器-重合器

10)heavy alloy,重合金

用法和例句

The resolution of removing transformation is removed first, and removing equations are given; then the resolving expression of superposition through three revolving is given; it is based on projection when the dual points were obtained.

一般移动变换分解为先平移,并给出移动变换的平移方程组,求得重合的对应点之后,在投影的基础上,经三次旋转,使得同向合同不重合的形体达到重合,并建立了解析表达式。

The general removal transformation is being resolved as a translation in advance, and then after finding the superposed point of correspondence to obtain the analytical expression of superposition by means of three time of rotation based on projection.

给出了移动变换定义;一般移动变换分解为先平移,求得重合的对应点之后,在投影的基础上,经三次旋转达到重合的解析表达式;给出了相关的程序框图。

Coincidence Theorems Involving Better Admissible Mappings and Φ-Mappings in G-Convex Spaces;

G-凸空间内涉及较好容许映象和Φ-映象的重合定理(英文)

As applications,a Ky Fan matching theorem for transfer open covers,a Fan- Browder coincidence theorem and maximal element theorem are established.

作为应用,获得了非紧超凸度量空间中的转移开覆盖的Ky Fan匹配定理,Fan-Browder重合定理和极大元定理。

In this paper,a Fan-Browder type coincidence theorem is established.

建立了一个Fan-Brawder型重合定理。

W-based heavy alloys of three different compositions were prepared by metal injection moulding technology (MIM).

研究了三种钨基重合金的金属注射成形工艺（MIM），重点研究了脱脂和烧结两个工序，分析了烧结温度对力学性能、断口和显微组织的影响。

W based heavy alloys of three different compositions were prepared by using metal injection moulding technology (MIM), emphasing to the debinding and sintering processes.

研究了3种钨基重合金的金属注射成形工艺(MIM),重点研究了脱脂和烧结两个工序,分析了烧结温度对机械性能、断口和显微组织的影响,列举了烧结收缩、机械性能和最佳烧结温度等数据。

The distribution of trace Si (400 ppm), which was doped intentionally in raw tungsten powder, in W-7Ni-3Fe heavy alloy as well as the behavior of the impurities during the liquid phase sintering were investigated by scanning electron microscope and electron microprobe analysis.

研究了掺到原料Ｗ粉中微量Ｓｉ（４００ｐｐｍ）在Ｗ－７Ｎｉ－３Ｆｅ重合金中的分布及在液相烧结过程中的行为。