Date of Employment:2019-08-30
Telephone : c38396ea61c272cc1df3e3d67c281e303db5ca96a1877e2a07fb13033fccd284661dedec4dff3bef5ffa801a6c3fab8df54cb38866c470c261432c38ae8e6d3e17d5fc5f6de37318ec89b4518b4ba5e82b8f6a26542333175a40974bc0d09b573d60619ff80fbc4cd505fc4d3edebdc31727ba4f6fff1aec1bc2539fb5c82fe0
Email : 1cfff7a362d0635c25c8e8b25d528f5fe1b81d2fb857f572c534979c5c86719cd595b257ae36a62c90666958eed7469a2636ae700b1a39bbe148e4b47fee20a0adf6a9b62dc46166aba6df514c6e8df651b57cb8db6cef7feaddc810aff40fd0347405d26fe54b69de9319e287f13025c51006ba6483217ae8b831e9b2e0fc70
Service Invention or Not:no
Pre One:[2] 庄依杰，陈天华，李锦标，陈锦涛，关敏婷，张建岗(已授权).一种电池仿生状散热与热回收系统及其实现方法.发明专利申请号：ZL201911374843.7.
