Agency of Industrial Science and Technology

Nippon Zeon Company, Ltd.

Japan Gasoline Co., Ltd.

Hiroshi Tanaka

Kohei Kadono

Kiyohisa Eguchi

Masaru Yamashita

Ryuichiro Yoda

Kenichi Kinugawa

Yoshio Jyo

Shigeo Mitsui

Tetsuo Yazawa

Kazuhiko Niikawa

Takashi Ise

Hideo Hosoda

Tomiyasu Araki

Takasi Iijima

Yasutaka Ochiai

Giichi Suzuki

Takao Yamaguro

The present invention discloses a lithium ion conductive glass electrolyte including a cationic component and an anionic component, the cationic component including (A) a lithium ion, (B) alkaline earth metal ions and (C) alkali metal ions other than lithium in a percentage composition falling within a region enclosed by the straight lines formed by connecting, in an ionic ratio diagram, points of A(60, 10, 30), B(70, 0, 30), C(40, 0, 60) and D(40, 10, 50) in order, the anionic component being at least one halide ion selected from among chloride, bromide and iodide ions.

Lithium ion conductive glass electrolyte

A chemically durable porous glass of which the skeleton mainly comprises SiO.sub.2 -ZrO.sub.2 system glass having a ZrO.sub.2 content of 2 or more wt %, and a process for the production of such glass.

Chemically durable porous glass and process for the manufacture thereof

A process for the dry distillation of used rubber in a fluidized bed-forming oven comprises heating used rubber under agitation in the presence of solid particles to temperatures sufficient to make the rubber pulverized and further heating the thus-obtained rubber particles to temperatures sufficient to pyrolyze the rubber particles while forming a fluidized bed thereof and burning a part thereof in the stream of an oxygen-containing fluidizing gas.

Process for the dry distallation of rubber

Growing community of inventors

Kawanishi, Japan

Hiroshi Tanaka