本发明结合了放电等离子烧结和分步 烧结的方法，解决了金属铜和氮化铝陶瓷之间的结合困难问题，也实现了高温差、高不相容性梯度复合材料的制备。
The method solves the problem of poor bonding between Cu and aluminum nitride ceramic, and can realize preparation of gradient composite with high temperature difference and poor compatibility.
该复合电源结构简单，利用两种电池固有的充放电特性，而不依靠控制电路实现自适应控制。
The hybrid power system is simple, it utilizes the intrinsic charging and discharging characteristics of the two batteries not relys on control circuit to implement adaptive control.
该复合电源结构简单，利用两种电池固有的充放电特性，而不依靠控制电路实现自适应控制。
The hybrid power system is simple, it utilizes the intrinsic charging and discharging characteristics of the two batteries not relys on control circuit to implement adaptive control.
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