SOLID-ELECTROLYTE PRECURSOR, MANUFACTURING METHOD THEREFOR, METHOD FOR MANUFACTURING SOLID ELECTROLYTE, AND METHOD FOR MANUFACTURING SOLID-ELECTROLYTE/‌ELECTRODE-ACTIVE-MATERIAL COMPLEX

WIPO Patent Application WO/2015/064351

A1

This invention provides the following: a solid-electrolyte precursor that yields a solid electrolyte when fired at a temperature lower than the firing temperatures used in solid-phase processes and decreases in mass by only a small amount when thus fired; a method for manufacturing said solid-electrolyte precursor; a method for manufacturing a solid electrolyte; and a method for manufacturing a solid-electrolyte/‌electrode-active-material complex. This solid-electrolyte precursor, which is fired at a temperature less than or equal to 1,000°C in order to synthesize a solid electrolyte that has a single-phase perovskite structure or a single-phase garnet structure and contains lithium, a group 3 element, and a group 4 element and/or a group 5 element, contains lithium, an oxide and/or hydroxide of a group 3 element, and an oxide and/or hydroxide of a group 4 element and/or a group 5 element.

TAMURA TETSUYA (JP)
ESAKI RYOTA (JP)
NISHIZAKI TSUTOMU (JP)

PCT/JP2014/077297

May 07, 2015

October 14, 2014

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CENTRAL GLASS CO LTD (JP)

H01B1/06; C01G23/00; C01G25/00; H01B1/08; H01B13/00; H01M4/36; H01M10/0562

WO2012063827A1

2012-05-18

JP2012224520A	2012-11-15
JP2009206094A	2009-09-10
JP2013256435A	2013-12-26
JP2014172812A	2014-09-22
JP2012184138A	2012-09-27
JPH01294528A	1989-11-28
JPH03199123A	1991-08-30

SHOBAYASHI, Masayuki et al. (JP)
Right wood Masayuki (JP)

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