Means For Energy Storage, Means For Energy Release, And Method For Controlling A Released Heat Of A Lithium-Boron Alloy
A means for energy storage includes: a Li-B alloy, wherein the molecular formula of the Li-B alloy is Lix B1-x, x is the atomic fraction of Li, and x is between 0.1 and 0.95. A means for energy release includes: a Li-B alloy adapted to react with oxygen at ambient temperature, wherein the molecular...
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Zusammenfassung: | A means for energy storage includes: a Li-B alloy, wherein the molecular formula of the Li-B alloy is Lix B1-x, x is the atomic fraction of Li, and x is between 0.1 and 0.95. A means for energy release includes: a Li-B alloy adapted to react with oxygen at ambient temperature, wherein the molecular formula of the Li-B alloy is Lix B1-x, x is the atomic fraction of Li, and x is between 0.1 and 0.95. A method for controlling a released heat of a Li-B alloy includes the steps of: providing a Li-B alloy placed in a container; and controlling oxygen flux to the container.
本发明公开了种锂硼合金的热量释放控制装置及方法,该热量释放控制装置包括容器;锂硼合金,放置于该容器内;以及氧气流量控制单元,连通于该容器,用以控制给该容器的氧气流量。该方法包括下列步骤:提供锂硼合金放置于容器内;以及控制给该容器的氧气流量。控制该锂硼合金的硼含量总重及氧气流量,以决定释放热量的总量及释放速度。该锂硼合金的热量释放控制装置还包括隔离单元,用以包覆该锂硼合金,使该锂硼合金与氧气隔绝,使锂硼合金保持稳定的状态,而不产生放热反应。 |
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