Lithium secondary cell and method for manufacturing same
A lithium secondary cell has, on a conductive substrate (collector) a lithium layer containing metallic lithium or an alloy thereof, and further has a metal fluoride substance film containing at least one type metal fluoride substance.
1. A lithium secondary cell comprising,
an anode formed on a conductive substrate and said anode comprising a lithium layer comprising either one of a metallic lithium and an alloy thereof, said anode further comprising a metal fluoride substance layer comprising at least one type metal fluoride,
wherein said lithium layer and said metal fluoride substance layer are formed by a vacuum film growth method, and
wherein said anode comprises a multilayered alternating laminated structure comprising said lithium layer and said metal fluoride substance layer being alternately laminated one on other.
2. A lithium secondary cell, comprising:
an anode formed on a conductive substrate and said anode comprising a lithium layer including therein either one of a metallic lithium and an alloy thereof, said anode further comprising a metal fluoride substance layer comprising at least one type metal fluoride,
said anode comprising a multilayered alternating laminated structure comprising said lithium layer and said metal fluoride substance layer being alternately laminated one on other.
3. A method for manufacturing an anode comprising forming an anode on a conductive substrate wherein said anode comprises forming by a vacuum film growth method a lithium layer comprising either one of a metallic lithium and an alloy thereof, and said anode further comprises forming by a vacuum film growth method a metal fluoride substance layer comprising at least one compound selected from the group consisting of lithium fluoride, magnesium fluoride, silver fluoride, aluminum fluoride, and calcium fluoride.
4. A lithium secondary cell, comprising:
an anode formed on a conductive substrate and said anode comprising a lithium layer comprising either one of a metallic lithium and an alloy thereof, said anode further comprising a metal fluoride substance layer comprising at least one type metal fluoride,
wherein said lithium layer has substantially no lithium hydroxide or lithium oxide film or the like on the surface thereof;
wherein said metal fluoride substance layer is in contact with said conductive substrate.
5. A lithium secondary cell, comprising:
an anode formed on a conductive substrate and said anode comprising a lithium layer comprising either one of a metallic lithium and an alloy thereof, said anode further comprising a metal fluoride substance layer comprising at least one type metal fluoride,
wherein said lithium layer has substantially no lithium hydroxide or lithium oxide film or the like on the surface thereof, and
wherein said anode comprises a multilayered alternating laminated structure comprising said lithium layer and said metal fluoride substance layer being alternately laminated one on other.
6. A lithium secondary cell, comprising:
an anode formed on a conductive substrate and said anode comprising a lithium layer including therein either one of a metallic lithium and an alloy thereof, said anode further comprising a metal fluoride substance layer comprising at least one type metal fluoride,
wherein said lithium layer has substantially no lithium hydroxide or lithium oxide film or the like on the surface thereof.
7. A lithium secondary cell according to claim 6 , wherein a metal fluoride substance layer is provided on a surface of said anode.
8. A lithium secondary cell according to claim 6 , wherein said metal fluoride substance comprises at least one selected from the group consisting of lithium fluoride, magnesium fluoride, silver fluoride, aluminum fluoride, and calcium fluoride.
9. A lithium secondary cell comprising,
an anode formed on a conductive substrate and said anode comprising a lithium layer including therein either one of a metallic lithium and an alloy thereof, said anode further comprising a metal fluoride substance layer comprising at least one type metal fluoride,
wherein said lithium layer and said metal fluoride substance layer are formed by a vacuum film growth method, and
wherein said metal fluoride substance layer is in contact with said conductive substrate.