关于无线输电的构想几乎和发电本身一般古老。
The idea of wireless power transfer is almost as old as electricity generation itself.
无线技术：无线输电已是可能。可以利用现有广播的环境辐射为设备供电么？
Wireless technology: it is already possible to send electricity without wires. Can devices be powered using ambient radiation from existing broadcasts?
他甚至着手在纽约长岛修建一座名为瓦登·克里夫的巨型电讯塔，据此来实现他对于无线输电的构想。
He even started building Wardenclyffe tower on Long Island, New York, an enormous telecommunications tower that would also test his idea for wireless power transmission.
美国生活科学网报道说，通常无线输电设备至少包含两个线圈，一个在功率发射器中，一个在功率接收器中。
The average Wireless power Transfer gadget consist of at least two coils, one located in the power transmitter and the other in the power receiver, reports LiveScience.
这是“无线输电”对未来的承诺，一种无需电线和插座就可在空气中传播电流到笔记本、iPods及其他电器的方式。
This is the future promised by "wireless power", a means of broadcasting electricity through the air to laptops, iPods and other gadgets without the need for cables and sockets.
其中呼之欲出的方案就是利用无线电波输电，因为Wi - Fi通信所使用的发射器和接收器，原则上也同样适用。
The use of radio waves to transmit electricity is perhaps the most obvious solution, since you can in principle use the same kinds of transmitters and receivers used in Wi-Fi communication.
富士通公司称，该系统是世界上首个无线充电系统。这项技术利用充电系统和电子产品之间的磁场传输电能。
Claiming to be the world's first of its kind, the technology works on the basis of the transmission of electricity using magnetic fields between the charger and the electronic device.
无线巨头Masayoshi Son打算兴建大型太阳能发电站，并计划新开通一条输电网，连通日本各县。
Masayoshi Son, a wireless tycoon, plans to build huge solar-power stations and a new grid to connect Japanese prefectures.
通过在导线中点引入虚拟节点将传输过程中存在线损的输电线变成无线损的输电线。
A lossless transmission line is resulted from splitting the line and introducing a fictitious "line node" in the middle.
他们已经开发出世界上首个通过无线电驱动的，不需要输电线的心泵。
Between them they have developed the world's first wireless-powered, driveline-free heart pump.
输电线路架线施工中，为了加强放线过程的有效监控，避免走板翻转等问题，开发了无线移动监控系统。
To effectively monitor stringing process and avoid moving board from overturning problem during construction, wireless mobile monitoring system is developed.
输电线路的电磁环境参数主要包括工频电场、工频磁场、无线电干扰和可听噪声四个方面。
The electromagnetic parameter of power transmission include: power frequency electrical field, power frequency magnetic field, radio inference (ri) and audible noise (an).
由于采用了先进的无线电传输技术传输电量信号，实现了远程无线抄表，有效地防止了用户窃电现象的发生。
After the advanced wireless transmission technology is adopted to realize long - distance wireless electric meter reading, the cases of electric - theft are effectively prevented.
文章详细阐述了监测主机以及用于监测弧垂、输电线温度和绝缘子的无线传感器节点的硬件结构和工作流程。
The hardware structure and working process of monitoring host and wireless sensor nodes that monitor line sags, line temperatures and insulators are expounded.
高速数据率是面向CD MA2000所开发的高速无线接入技术，它可以在以传输电话语音为主的通道以外，引进可以满足高速数据通信需求的技术。
HDR (high data rate) is a high rate wireless access technology in CDMA2000 system, it can satisfy the need for higher data rate communications out of the voice channel.
高压输电线路的无线电干扰问题日益引起人们的关注。
More and more attentions are paid to the radio interference caused by AC high voltage transmission lines.
高压输电线路的无线电干扰问题日益引起人们的关注。
More and more attentions are paid to the radio interference caused by AC high voltage transmission lines.
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