1) Adverse Disarmament
“逆裁军”
1.
A Study of East Asia Adverse Disarmament in Post-Cold War;
论冷战后东亚地区“逆裁军”现象
2) counter-disarmament
逆裁军
1.
But in Southeast Asia there appeared a counter-disarmament——arms expansion.
1991年冷战的结束,为全球或地区性的军控与裁军创造了良好的环境,但在东南亚却出现了扩充军务的"逆裁军"。
3) inversion
逆
1.
Optimizing and Realization of the Finite Field Inversion Algorithm Based on FPGA;
基于FPGA的有限域求逆算法的改进及实现
2.
The stability and operation of the inversion formula for Toeplitz matrices are also considered.
利用两个线性方程组是否有解给出了Toeplitz矩阵可逆的条件,表明Toeplitz矩阵之逆阵可以表示为φ-循环矩阵与上三角Toeplitz矩阵的乘积之和,给出了其逆矩阵列的递推公式,得到了求Toeplitz矩阵之逆矩阵的快速算法。
4) inverse
逆
1.
Application of L-D factorization in calculating inverse in federated filter;
L-D分解求逆法在联邦卡尔曼滤波中的应用
2.
Euclid algorithm for finding the inverse and generalized inverseof the permutation factor circulant matrix;
置换因子循环矩阵求逆和广义逆的Euclid算法
3.
The fast Fourier transform algorithm for the inverse and generalized inverse of the scaled factor circulant matrices;
求鳞状因子循环矩阵的逆阵及广义逆阵的快速付氏变换法
5) inverting
逆变
1.
This paper analyses the rationale and the design of the inverting MAG welding machine using the peak current mode control.
分析了峰值电流控制模式的基本原理和设计需要解决的问题 ,研究了峰值电流型控制模式IGBT逆变MAG焊机的一些设计要点 ,包括斜坡电流的检测、波形处理、斜坡补偿、轻载问题的解决和过流保护电路的设
2.
The principle of voltage soft-switch inverting, the method of measuring welding current by magnetic-loop and their advantages are discussed.
介绍了采用ＩＧＢＴ作为开关元件的弧焊逆变器，论述了电压软开关逆变原理、弧焊电流磁环检测方法以及其优点，介绍了电流调节器的应用。
3.
The circuit is fit for the PWM rectifying and inverting situation at which the power should flow in two direction.
该电路特别适合于能量需双向流动的PWM整流和逆变场合。
6) invert
逆变
1.
Design of digital inverter for submerged arc welding;
数字化逆变埋弧焊电源的设计
2.
Parameter design for main circuit of soft switch invert welding power source;
软开关逆变式弧焊电源主回路参数设计
3.
A Review of the Application of Invert Technology to the Resistance Spot Welding;
逆变技术在电阻焊中应用研究
参考词条
补充资料：十国裁军委员会(见日内瓦裁军谈判会议)
十国裁军委员会(见日内瓦裁军谈判会议)
Ten-Nation Committee on Disarmament
Shi Guo Cai)un Weiyuanhui+国裁军委员会(Ten一Natio。eommitteeon Disarmament)见日内瓦裁军谈判会议。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。