Synthesis and Electrochemical Properties of LiNi0.5Mn1.5O4 for Li-Ion Batteries by the Metal-Organic Framework Method
Hits:
Release time:2021-09-18 Impact Factor:9.229 Journal:ACS APPL. MATER. INTERFACES Indexed by:Journal paper Discipline:Engineering First-Level Discipline:Materials Science and Engineering Document Type:J Volume:10 Issue:16 Page Number:13625-13634 Translation or Not:no Date of Publication:2018-04-10 Included Journals:SCI -
|
 Postal Address: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 Office Phone:96bd30b3dbdce89821e198ec1b9478675db897902370394af0126d58e586cb39580a3a3b20a574c9dd7bd367b68cd4b480538b51b28ba0e97170da1fae3f47b055adf999774894e7c763248716e8e3328290232fb32199b47a7b01b9850417f91ac191094d8c65705c2a6feee1fd265ccf89d8d0722e223ce341201929902ec1 Email:84b11876f5b6566b55fa035e9fed1342abdb2584c5f586dfa21cb47a2a49723dd6888f41ccd4ba7b357bf41420096e6411132d275294274b6a9c20ac6656fed6e59fea814577fc7cfad32e65bfc454ce9b190db364f89264d00dc46b5e5d6954dc30d9616c47be385191aac6132894c84bbb3d1e650ec4145f39f9f908280f38
|
MOBILE Version
