Chen Da

Abstract: The invention discloses a photoelectric nuclear battery comprising a sealed shell, a radiation source layer, a semiconductor photovoltaic assembly and a fluorescent layer. The semiconductor photovoltaic assembly comprises a front electrode layer, a semiconductor layer and a back electrode layer which are sequentially connected. The sealed shell is provided with a transparent window. The radiation source layer, the fluorescent layer and the semiconductor photovoltaic assembly are arranged inside the sealed shell and are fixed by the sealed shell. The fluorescent layer is disposed between the radiation source layer and the semiconductor photovoltaic assembly. A glass substrate is connected with the front electrode layer of the semiconductor photovoltaic assembly. The fluorescent layer is connected with the radiation source layer. A glass sealing structure is arranged outside the radiation source layer. The glass sealing structure is connected with the transparent window of the sealed shell. Through joint action of light-induced fluorescence of sunlight and radiation-induced fluorescence of a radiation source, the output power of the battery is increased, the energy density of the battery is greatly improved, the application field of the battery is expanded, and long-time efficient work of the battery is ensured.

TL;DR: In this paper, a fluorescent nuclear battery consisting of a sealed shell, a radiation source, a semiconductor photovoltaic module, and fluorescent layers is described, where each fluorescent layer includes a glass substrate and a fluorescent powder layer arranged on the glass substrate.

TL;DR: In this article, the authors proposed an interlay structure battery based on a liquid semiconductor, comprising a substrate, a metal layer, a liquid, an insulating material, a radioactive metal and a non-radioactive metal.