如果热电动势相对为恒定的话，使用仪器的消零功能也能够补偿任何剩余的热电动势。
The instrument zero feature can compensate for any remaining thermoelectric EMF, provided it is relatively constant.
仪器的输入端子之间用一个“短路头”连接，其输出到仪表的输入即为零，也可使用仪器前面板上的消零控制或者用计算机控制来置零。
A short circuit can be connected across the input terminals and the output can then be set to zero, either by front panel zero controls or by computer control.
我们记得凋零的美，消褪的爱。
最后系统采用参数化技术以及零部件拼装的方法绘制设备整体结构装配图，给出了参数化绘图的方法以及消隐的实现。
At last the system completes the assembly drawing of equipments using the parameterized technology and the method of parts scrabbling. The parameterized drawing and hiding are realized.
前导零消隐。
在非线性电阻消谐方式下，正温度系数(PTC)热敏电阻和三次谐波滤波器可以较好地解决零序电压偏高的问题。
Positive temperature coefficient (PTC) thermistor and triple frequency harmonic filter can reduce zero sequence voltage when a nonlinear resistance is used to prevent ferroresonance.
同时，通过改变消弧线圈铁芯结构，解决了在零励磁情况下电感的非线性问题，减少了铁磁谐振对电网造成的危害；
The core structure of the arc suppression coil is improved to solve the nonlinearity of voltage with zero-excitation. The harm of ferro-resonance is thus reduced.
分析自动跟踪补偿消弧线圈接地电网的零序测量电流分布规律。
The zero-sequence measurement current's distribution in the automatic arc-suppressing coil earthed power system is analyzed.
该方法采用预测控制消除柔性机械手的弹性振动，可避免逆动力学和I/O反馈线性化控制遇到的零动力学不稳定问 题。
The predictive control is utilized to damp the flexible vibrations. The instability of the zero dynamics encountered in the inverse dynamics control and I/O feedback linearization can be avoided.
结合基于深度测试的装配消隐算法阐述了一种基于参数化零件图的二维装配图修改技术。
Combining with the calculating method of hide based on depth method measure, the technology of modifying 2d assembly drawing based on parametric part drawing is presented.
结果表明：在不考虑激光线宽及消相碰撞时，探测场的吸收随时间在零吸收附近作类似于阻尼减幅振荡，系统可实现无反转放大；
It is shown that the time-dependent probe absorption is oscillatorily damped to its steady state and transient amplification without inversion can be realized;
结果表明：在不考虑激光线宽及消相碰撞时，探测场的吸收随时间在零吸收附近作类似于阻尼减幅振荡，系统可实现无反转放大；
It is shown that the time-dependent probe absorption is oscillatorily damped to its steady state and transient amplification without inversion can be realized;
应用推荐