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首页> 外文会议>Proceedings of the Fourteenth annual directed energy symposium (including directed energy education workshop). >Rechargeable Lithium Power Source for High Energy Fiber Laser
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Rechargeable Lithium Power Source for High Energy Fiber Laser

机译：高能光纤激光器的可充电锂电源

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A particular problem which arises when putting high power lasers in the field is poweringrnthem while still maintaining mobility. Battery technology has been given a huge push by the autornindustry; and now has progressed to a level in which it should be given serious consideration.rnThis experiment shows that, with off-the-shelf batteries, these high power lasers can be poweredrnfor prolonged periods of time.rnAt this preliminary stage only the safety and energy capacity are considered in the choicernof battery packs. A Nickel-Metal Hydride battery pack was chosen due to its being relatively safernto operate and its moderate energy capacity. The battery packs will initially have a capacity ofrnabout 3kWh. The safety procedure and handling of this high energy capacity medium wasrnexplored and in addition the power supply was also investigated for any noise that may causerndamage to the laser diode. A laser diode from a high power laser diode test bed being built for arnJTO(Joint Technology Office) project will be used as the test laser.
机译：当在现场放置高功率激光器时出现的一个特殊问题是在给它们供电的同时仍保持移动性。汽车工业极大地推动了电池技术的发展。实验表明，使用现成的电池，这些高功率激光器可以长时间供电。在这个初步阶段，只有安全性和能源可选电池组中考虑容量。选择镍氢电池组是因为它操作起来相对安全并且能量容量适中。电池组最初的容量约为3kWh。研究了这种高能量容量介质的安全程序和处理方式，此外，还对电源进行了研究，以检查是否可能对激光二极管造成损坏。测试激光将使用为arnJTO（联合技术办公室）项目建造的大功率激光二极管测试台上的激光二极管。

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