1910∼1920 |
The initial study of lithium battery |
Lewis |
Li metal as electrode |
68
|
1962 |
The rising Li secondary battery |
Whittingham |
Li secondary battery in non‐aqueous solution |
[[qv: 1a]] |
1970s |
First commercialization of Li metal battery |
Sanyo Co. |
Lithium primary battery |
48
|
1976 |
Discovery of Li ions embed into the carbon |
Besenhard Agarwal |
Li metal anode neglected gradually in secondary battery |
69
|
1983 |
The development of cathode materials for Li‐ion battery |
Goodenough |
|
70
|
1991 |
First commercialization of Li ion battery |
Sony Co. |
Li metal free anode emerged |
48
|
2000∼2010 |
Searching for high energy density battery |
Dudney SionPower Co. PolyPlus Co. |
The efforts to solve the problem of Li metal anode |
[[qv: 19b,20,23,71]] |
2009 |
The re‐emerging Li‐S battery attention |
Nazar |
The interest of Li metal anode was refueled |
3
|
2012 |
Carbon‐fiber papers as surface dendrite‐free current collector for lithium deposition |
Stucky |
|
60
|
2013 |
Dendrite‐free lithium deposition via self‐healing electrostatic shield model |
Zhang |
|
12, 27
|
2013 |
Solvent‐in‐Salt electrolyte |
Hu |
|
[75] |
2014 |
Protecting Li anode though SEI film |
Archer |
|
[[qv: 14b,72]] |
2014 |
Protecting Li anode though film deposition |
Cui |
|
18
|
2014 |
Li anode protection though |
Wen |
|
25
|
|
LiN3 SEI layer coating |
|
|
|
2015–2016 |
Li metal protection though 3D graphene and oxide electrolyte |
Zhang |
|
[[qv: 10a,14a,26a]] |
2015–2016 |
Protecting Li anode through 3D Cu current collector or Li3PO4 SEI layer coating |
Guo |
|
[[qv: 26b,44]] |