Underground cables not producing any electrical oscillations under the influence of sudden variations in speed of the circuit.

• 1. 一种视频分析中抑制光线突然变化影响的背景去除方法 [P] . 中国专利： CN103618846A . 2014-03-05
• 2. 不受温度变化及供应电压变化影响的稳定振荡器 [P] . 中国专利： CN100581056C . 2010.01.13
• 3. Electrical installation of a differential influenced by the variation of resistance to the selenium interposing an alarm circuit. [P] . 法国专利： FR535484A . 1922-04-15

  机译： 差动装置的电气安装受插入报警电路的硒的电阻变化的影响。

• 4. Differential relay with electrical installation Safety influenced by variation of Resistance of Selenium cells that connects the alarm Circuit. [P] . ES75643A1 . 1921-01-01

  机译： 电气安装差动继电器安全性受连接报警电路的硒电池电阻变化的影响。

• 5. Device applicable to the vehicles in order to destroy the kinetic energy released during collisions or sudden variations of the speed of the marketing authorisation holder [P] . 法国专利： FR637813A . 1928-05-09

  机译： 适用于车辆的装置，以销毁在碰撞或行销授权人速度突然变化期间释放的动能

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• 4. Influence of electrical aging on the properties of cross-linked Polyethylene use as electrical insulation on underground power cables [C] . Institute of Electrical and Electronics Engineers Russia Power Tech . 2008
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• 6. Recovery of Mineral Oil from Underground Electrical Cables [O] . Stefano Caimi, Claudio Colombo, Raffaele Ferrari, 2019
• 7. Hawaii Deep Water Cable Program, phase II-D task 5.4 : Feasibility of using underground electrical cables along portions of the overland route of an inter-island cable system in Hawaii [O] . Krasnick G., Mansur J. 1988
• 8. Forced Cooling of Underground Electric Power Transmission Lines. Part III. The Prediction of Friction Factors in Turbulent Flow for an Underground Forced Cooled Pipe-Type Electrical Transmission Cable System. [R] . beckenbach,joseph w. jr glicksman,leon r. 1975

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• 4. 微硅电容加速度传感器单片测试电路中弛张振荡器的设计 [A] . 黄海 . 2006