Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Takehiro Nito is active.

Publication


Featured researches published by Takehiro Nito.


Japanese Journal of Applied Physics | 2018

Electron irradiation effects on lithium peroxide

Jun Kikkawa; Taishi Shiotsuki; Yusuke Shimo; Shogo Koshiya; Takuro Nagai; Takehiro Nito; Koji Kimoto

In this study, electron irradiation effects on lithium peroxide (Li2O2), which is an important discharge product of Li–air (or Li–O2) batteries, were investigated using selected-area electron diffraction (SAED) and high-energy resolution electron energy-loss spectroscopy (EELS). The results obtained show that Li2O2 to Li2O transformation occurs with 80 and 300 keV incident electrons under high electron dose rates at 20 and −183 °C. The Li2O2 to Li2O transformation rate for 300 keV was 1/5 of that for 80 keV with the irradiation taking place at −183 °C. We also present a series of the EELS spectra that can be used as a criterion to judge the molar ratio of Li2O to Li2O2 in the general systems where Li2O2 and Li2O coexist.


Archive | 2004

Gas storage apparatus

Masahiko Kimbara; Daigoro Mori; Takehiro Nito; Hidehito Kubo; Keiji Toh


Archive | 2008

Gas storage tank and method of manufacturing the same

Masahiko Kimbara; Daigoro Mori; Takehiro Nito; Hidehito Kubo; Makoto Tsuzuki; Yoshihiro Isogai


Archive | 2004

Method of manufacturing a gas storage tank

Masahiko Kimbara; Daigoro Mori; Takehiro Nito; Hidehito Kubo; Makoto Tsuzuki; Yoshihiro Isogai


Archive | 2004

Measurement of gas fuel amount

Masahiko Kimbara; Daigoro Mori; Takehiro Nito; Hidehito Kubo; Makoto Tsuzuki


Archive | 2003

Hydrogen-storage container and method of occluding hydrogen

Daigoro Mori; Yoshio Kimura; Takehiro Nito; Masahiko Kimbara; Tamio Shinozawa; Keiji Toh; Hidehito Kubo


Archive | 2004

Fuel cell system and method of storing hydrogen

Masahiko Kimbara; Daigoro Mori; Takehiro Nito; Keiji Toh; Hidehito Kubo


SAE 2005 World Congress & Exhibition | 2005

Development of High Throw Power E-coat

Eisaku Okada; Hiroshi Hosono; Takehiro Nito; Yoshio Kojima


Archive | 2004

Gas storage tank e.g. for hydrogen, has support for heat exchanger arranged such that space between heat exchanger and tank container contacts with container openings

Yoshihiro Isogai; Masahiko Kimbara; Hidehito Kubo; Daigoro Mori; Takehiro Nito; Makoto Tsuzuki


Archive | 2004

Fuel cell system e.g. polymer electrolyte fuel cell system has hydrogen occlusion alloy in storage tank, whose temperature is higher than temperature during steady operation of fuel cell if hydrogen is supplied at predetermined pressure

Masahiko Kimbara; Hidehito Kubo; Daigoro Mori; Takehiro Nito; Keiji Kariya Toh

Collaboration


Dive into the Takehiro Nito's collaboration.

Researchain Logo
Decentralizing Knowledge