医生罗森·布鲁斯预测了人体及细胞内的自我平衡线路。
Rosenblueth, the doctor, saw homeostatic circuits in the body and in cells.
试着找些适合你的线路并反复攀爬，这样你就可以提高攀岩的技巧，如平衡、指力和脚法等。
Try to find your route and climb it, like this you can improve your climbing skills - such as balance, finger strength, footwork, etc.
通过在线路负荷矩最小与各用户负荷需求满足程度最大之间求最佳折衷平衡，解决了负荷预测不确定情况下的路径优化问题。
By making compromise between the least line load moment and the largest load demand satisfaction degree, the right-of-way selection under uncertain load forecasting is well resolved.
为预防微风振动对输电线路的破坏、有别于传统的能量平衡法，研究了微风振动的半解析解。
Differing from the traditional energy balance method (EBM), the aeolian vibration has been researched by the semi-analytical solution.
在输电线路发生故障时，首先通过电功率平衡抑制各变量的剧烈波动；在此基础上再用汽门励磁协调控制器镇定系统。
When a transmission line fault occurs, the violent fluctuations of system variables are first suppressed with the aid of electric power equilibrium.
本文根据功率平衡的原则，将十二相发电机整流供电系统直流侧线路电阻折算到相应的交流侧各相绕组。
Based on the principle of power balance, the DC-side line resister of a 12-phase synchronous generators-rectifier system is reduced to the corresponding AC-side.
监视器的保护功能不受线路或负载的电流大小，冲击电流、不平衡电流和负载性质的影响。
The protection functions of relay don't be affected by current intensity of circuit or load, impulse current, imbalance current and load characteristic.
因此必须利用导线换位，并且采用适当的相序排列方式以及换位方向来减小线路的不平衡度。
Therefore, to minimize line imbalance, conductor transposition, as well as proper phase sequence and transposition orientation have to be used.
提出了一种应用能量平衡关系实现远距离输电线路保护的新原理。
A new technique for long transmission line protection based on the balance of energy principle is described in this paper.
通过线路码型的转变平衡数字码流中的“0”和“1”码字，从而避免码流中出现长“0”或者长“1”的现象。
Through the balance of the line pattern of change in the digital stream, "0" and "1" code word, thus avoiding the emergence of a long stream of "0" or long "a" phenomenon.
为降低长输电线路的电流不平衡度，需要进行导线换位。
Conductor transposition is necessary to reduce unbalanced current in long transmission lines.
介绍了用自平衡比较仪通过自校、加法、比较和乘法等校准线路实现直流大电流量值的绝对溯源。
It can be obtained the trace to the source of large direct current with self-balancing DC comparator through self-calibration circuit, addition circuit, compare circuit and multiplication circuit etc.
在此基础上分析线路塔型、导线参数、相序排列等因素对不平衡电流的影响。
On this basis, the influences to unbalance current of line tower type, wire parameters and phase sequence arrange are analyzed.
不平衡度是衡量输电线路性能优劣的一个重要指标。
The unbalanced degree is one of the most important indexes to evaluate the performance of the transmission lines.
文章针对特高压输电线路的特点，对直线杆塔纵向不平衡张力合理取值进行了探讨。
Pointing to the characters of the EHV transmission lines the paper discusses about rational values of the longitudinal unbalanced tensions for the suspension towers and poles.
市电频率Hum，主要原因包括灯丝线路走线导致的不平衡；供给灯丝的电源变压器（缺陷）导致电源杂波耦合进入信号通道，等等。
Line frequency hum, primarily induced by imbalance in the filament circuit wiring, the transformer used to power the filament, coupling into the signal leads, etc.
提出伏安法测电阻的一种新接法——桥式伏安法，该接法以电桥平衡原理为基础，不需补偿线路即可完全消除电表内阻的影响。
This paper presents a new method for measuring resistance by voltametry-bridge type voltametry. It can eliminate effects of internal resistance of electrimeter without a compensator.
第三种方法采用电缆线路的分布参数线路模型，根据功率平衡原理推导出故障测距方程，并通过搜索迭代方法解之。
The last proposed method is based on the distributed parameter model, the algorithm utilizes searching and iteration methods to locate the fault point.
最后以EMTDC仿真为手段对深圳电网典型线路的不平衡电流进行再现，并根据前文的研究结论提出相应的解决方法并仿真验证。
Finally, the unbalanced current in Shenzhen power grid is reproduced by simulation with EMTDC. Based on conclusions of earlier studies, a solution is proposed and it is proved by simulation.
所以线路换位的目的是要使每相导线感应阻抗和每相的电容相等，以减少三相线路参数的不平衡。
It analyzed the unbalance of both single-circuit line and double-circuit lines in same tower, made a summary of their transposition methods.
构建跨区域超高压输电线路的利益均衡机制，可以有效平衡电网建设利益相关者的利益分配；
Through building the construction of EHV Transmission Lines across regions of the interests of a balanced mechanism can effectively balance the interests of stakeholders in the distribution;
构建跨区域超高压输电线路的利益均衡机制，可以有效平衡电网建设利益相关者的利益分配；
Through building the construction of EHV Transmission Lines across regions of the interests of a balanced mechanism can effectively balance the interests of stakeholders in the distribution;
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