埃德温·格雷的能量系统

31简 2013

Excerpted From “Radiant Energy Power Generation” Millennium Edition, Revised and Expanded

Thomas H. Moray invented a high efficiency6000赫兹power supply. It turns out that Edwin Gray’s power supply also produced this same frequency. Gray claimed that electrical equipment such as solid state radio; television and light bulbs would operate on this type of current.

The overall efficiency of the Gray device was said to be extremely high. From one of his company press releases we are told that it will power loads four times longer in comparison to a standard DC to AC inverter power supply. This particular press statement indicates that he was planning to market a device that outputted6,000 cycles (6Khz frequency), as compared to the standard 60Hz frequency coming from the public utility power grid.

海鳗和灰色能源系统都以非常独特的方式利用了非常古老的能源。它们可以通过使用廉价的可再生能源来解决我们的电力需求。与其他系统相比有许多优点。世界确实在以自杀的速度前进，我们比以往任何时候都更需要这项技术。它将点亮灯，运行电机和电器。

When you put a high potential current across two separate elements, ionization will occur between them. The high voltage elements12&34develop a pre-discharge plasma glow between them. The charge polarity given to the tube14在灰色的电路中把它放进一个impulse mode。当pre-discharge光芒出现在这个mode no current flows. The tube14功能很像盖革辐射探测管，等待电磁波触发它传导。

放电发生在火花隙上62一旦电容器16充电到间隙的击穿电压。一旦电弧断开，电容器16充电，循环重复，只要电池保持充电状态，循环就重复。此放电电流沿中所示的红线流动图6。

Consider an electron moving through a magnetic field, whose lines of force are at right angles to its direction of motion. It is known that the electron is constrained to move in a circular path. In fact, if the field is made strong enough the electron may be forced to revolve in a circular orbit whose diameter is smaller than the field. If a magnetic field is applied transversely to the motion of the electrons, they may be deflected to such an extent as to prevent them from reaching the plate. Thus they are constrained to return to the cathode. A.W. Hall of the General Electric Co. was the first to use this principle in a highly efficient vacuum tube converter that he called a magnetron. The sudden discharge through the element12generates an intense electromagnetic field that collapses very abruptly. This discharges the energy stored in capacitor38in series with the load36and capacitor16. 在此放电循环中16&38重新充电，同时一股强大的电振荡冲击流过负载36. 崩塌的磁场与预辉光放电的再现一起瞬间产生电振荡的脉冲序列。这种能量的激增运行格雷独特的高频电机。由于直流电阻减小到最小，并且在该系统中几乎不存在浪费热损失，因此电机工作效率极高。

蓝色导线代表为负载供电的高频电流路径36。
红色线代表电流放电路径，当火花隙在灰色转换管中时发生14fires. Storage batteries40and18alternately recover the discharge energy through a double-poled switch48。
当电容器16discharges an intense oscillating high frequency electromagnetic field is generated through the “switching tube” and load circuit.
Diode46returns nearly 100% of the energy that is not used by load 36.
Capacitor38感应负载36构成了一个在6Khz。

HISTORICAL COMMENTARY

特斯拉生命的最后十年，即1933年至1943年，与人们的普遍看法相反，是他在加拿大土地上的私人实验室工作的最富有成效的十年。这是通过他的电话告诉我的最后一个活着的助手，亚瑟·H·马修斯，E.E.和理学学士。他还向我透露，特殊的原电池可更换锌电极供电特斯拉’s electric car. 这辆车也有一个“流体传动”，可以以每小时90英里的速度行驶。电动马达可以靠电池运转三百英里，然后你就得靠边停车，照看电池，然后你就可以继续行驶三百英里了。马修斯声称后备箱里有足够的零件来开这辆车一年！这辆车的性能似乎不可能。然而，特斯拉的单向电流的特性可以产生短时间的高能，当通过感应线圈放电时，会产生高频振荡。这一独特的原则使得许多看似不可能的创新成为可能。这就是特斯拉放大发射机的核心原理，也就是他的助手阿瑟·H·马修斯所说的“直流变压器”。