特斯拉制造了“通古斯”大爆炸？？

作为科学上的巨匠，特斯拉本人并未获得与之相称的荣耀。但特斯拉是开启电与磁之门的人，是现代电子工程的先驱，并带起了第二次工业革命，撇开他在电磁学和工程上的成就，特斯拉也被认为对机器人、弹道学、资讯科学、核子物理学和理论物理学上等各种领域有贡献。包括我们使用的互联网，也是其贡献之一。

抛开这些伟大的贡献，我们来谈谈现在仍未被应用的一个伟大发明。

1889年他更发明了「无线传电方法」。于是在美国科罗拉多泉(Colorado Spring)建设实验室开发及研究此项「无线传电」技术，即是将现时的低频(5060Hz)高压电流转化为「高频电流」，然后再经由空气作为传送媒介来输电。此项「无线传电」技术不单省却了输电电缆的成本，更可以免去输电时因电阻所致的损耗。经过八个月的研究后，特斯拉便决定在长岛(Long Island)试建首座名为「特斯拉线圈」(Tesla Coil)的电力发射塔。

该「线圈」其一特性，是能够生产出既高频又低电流的「高压交流电」。这种「高频电流」可经由空气作远距离的「无线传电」达至另一个「接收器」处，并且对人体绝无不良影响。特斯拉发现了「高压电流」原来转化为「高频的高压电流」后，则可以无限地将电力输送。「特斯拉线圈」(Tesla Coil)正是运用了这种「无线传电」技术的发明，甚至它就是一种人类一直梦寐以求的「免费能源」了。

特斯拉主持的一个命名为「沃登克里弗计划」(Wardendyffe Project)的构思就是在美国长岛(Long Island)建设一座足可输出100万匹「交流电流」的「特斯拉线圈」。
　　
「特斯拉线圈」结构基本上，由一个感应圈、两个特大电容器和一个线圈互感器所组成。
　　
该「线圈」其一特性，是能够生产出既高频又低电流的「高压交流电」。这种「高频电流」可经由空气作远距离的「无线传电」达至另一个「接收器」处，并且对人体绝无不良影响。。在一次记者招待会上，特斯拉更展示经由「特斯拉线圈」输出的「高频电流」流经自己的身体，而使一颗「无线灯泡」发亮。


特斯拉在国会的听证会上提到：他已经可以让强大的电力在任何时间在任何地点释放出来。。。。而通古斯大爆炸是否是特斯拉的一次实验呢？？


抛开关于通古斯的无端猜测，无线传电技术为什么一直没有被应用呢？

看下wiki, 应用倒是有的, 在很多医疗设备上.  至于用于民用, 主要还是安全问题:

Large Tesla coils and magnifiers can deliver dangerous levels of high frequency current, and they can also develop significantly higher voltages (often 250,000–500,000 volts, or more). Because of the higher voltages, large systems can deliver higher energy, potentially lethal, repetitive high voltage capacitor discharges from their top terminals. Doubling the output voltage quadruples the electrostatic energy stored in a given top terminal capacitance. If an unwary experimenter accidentally places himself in path of the high voltage capacitor discharge to ground, the low current electric shock can cause involuntary spasms of major muscle groups and may induce life-threatening ventricular fibrillation and cardiac arrest. Even lower power vacuum tube or solid state Tesla coils can deliver RF currents that are capable of causing temporary internal tissue, nerve, or joint damage through Joule heating. In addition, an RF arc can carbonize flesh, causing a painful and dangerous bone-deep RF burn that may take months to heal. Because of these risks, knowledgeable experimenters avoid contact with streamers from all but the smallest systems. Professionals usually use other means of protection such as a Faraday cage or a chain mail suit to prevent dangerous currents from entering their body.

The most serious dangers associated with Tesla coil operation are associated with the primary circuit. It is the primary circuit that is capable of delivering a sufficient current at a significant voltage to stop the heart of a careless experimenter. Because these components are not the source of the trademark visual or auditory coil effects, they may easily be overlooked as the chief source of hazard. Should a high frequency arc strike the exposed primary coil while, at the same time, another arc has also been allowed to strike to a person, the ionized gas of the two arcs form a circuit that may conduct lethal, low-frequency current from the primary into the person. This is believed to have been the cause of death of a professional Tesla coil demonstrator, Henry Leroy Transtrom, in 1951.

Further, great care should be taken when working on the primary section of a coil even when it has been disconnected from its power source for some time. The tank capacitors can remain charged for days with enough energy to deliver a fatal shock. Proper designs should always include 'bleeder resistors' to bleed off stored charge from the capacitors. In addition, a safety shorting operation should be performed on each capacitor before any internal work is performed.[50]

因为很容易雷到人 …… 小灯泡那点电流当然没事了，大功率传电很危险的。

超高功率的话，就成了“天气控制器”，这可是媲美 nuke 的大杀器，可惜老美没体验过三国群英传诸葛亮的各种雷人技能。

貌似三国志7啊不知道是8加入了妖术... 嘿嘿

据说现在传电的最高功率不足特斯拉传送的功率的千分之三。。。。。。ms以后对某些官员不爽，可以来个落雷天诛。。。

看过 电影 致命魔术 吗

你也想复制几个自己爽爽？还是复制几个老婆？

http://apple4.us/2009/01/powermat.html

地球人的行为尤其是边缘科学家已经逐渐脱离正常认知了

昨晚纪实频道那个节目好像挺悬疑的,总觉得搞得很娱乐
那么大功率的电塔确实很壮观,想起红警了...