无线能量传输共有若干类型。
这是这一类无线能量传输第一次在活体动物身上的成功操作。
It is the first time this kind of wireless energy transfer has been demonstrated in a living animal.
本文采用无线能量传输技术解决消化道定点施药系统的控制与供能问题。
The paper presents a new technical solution of wireless energy transmission for special-site drug delivery system in alimentary canal to solve controlling and energy supply problems.
总结了用于全人工心脏的无线能量传输系统的基本结构，对比分析了一些有代表性的系统的关键参数和性能，并对其发展趋势提出了展望。
This paper sums up the fundamental structure of wireless energy transmission system for total artificial heart, and compares the key parameters and performance of some representative systems.
他认为i，如果无线能量的传输方式都遵照icnirp的标准，那么风险应不高于手机辐射。
If the wireless power transmission methods all fall within the ICNIRP's criteria, he says that the exposure should be no more risky than that from cellphones.
另一种能量传输的方法，称为“感应耦合”，因为需要插电，所以并不能算作完全的无线传输。
Another way of transferring energy, called “inductive coupling”, is not so much wireless as plugless.
同时作为故障保护，如果接收器发现能量接收端有一个无故中断，还会通过无线电向传输器发送一个信息。
And as a failsafe, the receiver also sends a message to the transmitter via radio if it notices an unexplained interruption in power reception.
小的植入式装置可以被直接装在芯片上，或者芯片可以无线地传输能量给附近的装置。
Small embedded devices could be directly built onto the chip, or the chip could transmit energy wirelessly to nearby devices.
这种无线谐振电能传输系统——FREE - D是通过电磁感应传输能量的。
The Free-Range Resonant Electrical Energy Delivery System, or FREE-D, is powered by induction.
无线传输采用光能转化技术提供能量，无须另置电源。
Cordless transmission using solar energy conversion technologies to provide energy and need not other powers.
蓝图的另一个方向是长距离无线传输能量的设想，如果能够实现，理论上可以连充电板也不再需要了。
At the other end of the spectrum is the idea of long-range transmission of wireless power, which could in principle do away with the need for a charging pad altogether.
研究在无线传感器网络中如何选择活动的路由节点及其传输范围，以有效节省能量的消耗。
This paper investigates how to determine the active nodes in wireless sensor networks (WSNs) and the optimal transmission ranges for each active routing nodes in order to save the energy consumption.
为适应无线传感器网络大数据量传输的需求，提出一种基于能量优先的拥塞缓解机制(PECR)。
To adapt the need of large data transportation in wireless sensors networks, a scheme of priority of energy congestion relief (PECR) is presented.
然而，传感器节点的能量非常有限，其中无线传输的能耗占了节点能耗的主要部分。
However, the energy of sensor nodes are severely energy-constrained, the energy consumption caused by wireless transmission is the main source of energy consumption.
无线通讯系统，无线网络控制器，移动站和下行链路传输能量控制方法。
Radio communication system, radio network controller, mobile station and down link transmission power control method.
在无线传感器网络中，传感器节点所采集的数据之间存在着时空相关性，数据的冗余增加了传输消耗的能量。
In wireless sensor networks, sensed data are usually correlated and thus have redundancy, which makes energy waste in transmission.
本系统的设计方案始终围绕着能量的无线传输与数据的无线通信两个方面结合来考虑。
The idea of design is centered on two aspects: wireless power transmission and wireless data transmission, which are considered respectively and systematically.
不过这与NikolaTesla所提出的无线能量的设想的梦想还是有所区别的，他提出了架构一个巨大的电力传输网络，不过事实很可能是从某人的电池中“窃取”电量。
It's not exactly the dream of wireless power envisioned by Nikola Tesla, who proposed vast tower networks transmitting electric fields, but more akin to siphoning juice from someone else's battery.
Poon的团队还发现了他们的设备在猪的心脏和大脑也能通过无线传输能量。
Poon's team also found that their device worked in tests with pig tissue, delivering energy to implants placed in samples of pig hearts and brains.
这种技术通过无线电波传输能量，通过发送器发送并使用天线接收，以此产生电能。
This technique USES the energy in radio waves, broadcast from a transmitter and harnessed by an antenna, to generate electricity.
这种技术通过无线电波传输能量，通过发送器发送并使用天线接收，以此产生电能。
This technique USES the energy in radio waves, broadcast from a transmitter and harnessed by an antenna, to generate electricity.
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