A micro-battery powered by tritium is being developed to utilize tritium produced from the Wolsong Tritium Removal Facility. The 3D p-n junction device has been designed and fabricated for energy conversion. Titanium tritide is adopted to increase tritium density and safety. Sub micron films or nano-powders of titanium tritide is applied on silicon semiconductor device to reduce the self absorption of beta rays. Until now protium has been used instead of tritium for safety. Hydrogen was absorbed up to atomic ratio of approximately 1.3 and approximately 1.7 in titanium powders and films, respectively.
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机译：正在开发一种由tri驱动的微型电池，以利用伍尔松Tri去除设施生产的tri。 3D p-n结器件已经设计和制造用于能量转换。采用三t化钛可以提高tri的密度和安全性。将三t化钛的亚微米薄膜或纳米粉末施加到硅半导体器件上，以减少β射线的自吸收。迄今为止，为了安全起见，一直使用pro代替instead。氢在钛粉末和薄膜中的吸收率分别达到约1.3和1.7。
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