1.
An Improved Σ/Δ Adder for Fire Control Radar
一种改进的炮瞄雷达“和差相加器”
2.
Many machines compared favourably with advanced standards.
许多机器和先进水平相比一点不差。
3.
Hereditary phenomnon of machining error and theory of relativity are intreduced.
介绍了加工误差的遗传现象和相关性理论。
4.
Chilled water coil are controlled in much the same way as heating.
冷水盘管的控热和加热盘管的差不多相同。
5.
Phase Noise and Power Optimization of a 2-GHz Differential CMOS LC VCO
差分LC压控振荡器相位噪声和功耗的优化
6.
Novel Criterion of Transformer Protection Based on Time Difference Characteristic Between Phase Voltage and Differential Current
基于相电压和差流时差特征的变压器保护新判据
7.
an accelerator that collides protons and antiprotons.
质子和反质子相互碰撞的加速器。
8.
itance acceleration transducer
差容式加速度传感器
9.
The problem with adding the individual errors is the canceling effect of the positive and negative values.
把各个误差直接相加的结果是，正值和负值相互抵消了。
10.
gle of a voltage transformer
电压互感器的相角差
11.
phase difference torque transducer
相位差式转矩传感器
12.
phaseangle of a current transformer
电流互感器的相角差
13.
Overfilling the differential can result in lubricant foaming and overheating.
对差速器加油过满，能导致润滑剂过热和产生泡沫。
14.
Study and Design of Capacitive Acceleration Micro-sensor Based on MEMS Technology;
基于MEMS技术的差分电容式加速度微传感器的研究和设计
15.
With typical parameters, the differential phase shift and the insertion loss are calculated.
在典型参数下,计算了该器件的差相移和插入损耗。
16.
The eliminating of drift error and the application of phase locked technology and digital filtering improves the precision of instrument.
对漂移误差的消除、相技术和数字滤波的应用提高了仪器的精度。
17.
Zero-error Low Frequency Three-phase Phase Shift Signal Generator
零误差低频程控三相相移信号发生器
18.
Study of Fabrication and Related Mechanism of Thermoelectric Material and Micro-Generator Based on Electrochemical Technique;
基于电化学技术的温差电材料和微型温差发电器制备及相关机理研究