而微空洞释氢则第二阶段多于第一阶段。
In the first cracking stage grain boundary released more hydrogen than in the second stage.
体系新型贮氢材料有很高的贮氢量和相对温和的释氢温度条件，有可能成为新一代的车用贮氢材料。
Metal-N-H is considered as one of the most-potential hydrogen storage materials as on-board applications for its high gravimetric hydrogen content at relatively gentle condition.
体系新型贮氢材料有很高的贮氢量和相对温和的释氢温度条件，有可能成为新一代的车用贮氢材料。
Metal-N-H is considered as one of the most-potential hydrogen storage materials as on-board applications for its high gravimetric hydrogen content at relatively gentle condition.
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