Computer Centre - 学習院大学研究者情報

経歴

12 >

2015年

-:東京大学大学院数理科学研究科客員教授

2006年

-

2011年

:東京大学大学院数理科学研究科客員教授

2009年

-

2010年

:東北大学学際科学国際高等研究センター客員教授

2002年

-

2004年

:学習院大学計算機センター助教授

2004年

-:学習院大学計算機センター教授

委員歴

2010年9月

日本物理学会 JPSJ編集委員

MISC

<123 4 5 >

Stable growth of an ice disk from the view point of facet stability of a growing polyhedral crystal

YOKOYAMA ETSURO

(30) 19–23 2013年

Precise Measurements of Dendrite Growth of Ice Crystals in Microgravity

Izumi Yoshizaki Takehiko Ishikawa Satoshi Adachi Etsuro Yokoyama Yoshinori Furukawa

MICROGRAVITY SCIENCE AND TECHNOLOGY 24(4) 245-253 2012年9月

An ice crystal growth experiment was performed on board the International Space Station. The experiment was repeated 134 times with various undercooling conditions. Dendrite crystal growth velocity and tip radius were precisely measured by using a...

Precise Measurements of Dendrite Growth of Ice Crystals in Microgravity

Izumi Yoshizaki Takehiko Ishikawa Satoshi Adachi Etsuro Yokoyama Yoshinori Furukawa

MICROGRAVITY SCIENCE AND TECHNOLOGY 24(4) 245-253 2012年9月

An ice crystal growth experiment was performed on board the International Space Station. The experiment was repeated 134 times with various undercooling conditions. Dendrite crystal growth velocity and tip radius were precisely measured by using a...

Stable growth mechanisms of ice disk crystals in heavy water

Satoshi Adachi Izumi Yoshizaki Takehiko Ishikawa Etsuro Yokoyama Yoshinori Furukawa Taro Shimaoka

PHYSICAL REVIEW E 84(5) 051605-1–051605-9 2011年11月

Ice crystal growth experiments in heavy water were carried out under microgravity to investigate the morphological transition from a disk crystal to a dendrite. Surprisingly, however, no transition was observed, namely, the disk crystal or dendrit...

Stable growth mechanisms of ice disk crystals in heavy water

Satoshi Adachi Izumi Yoshizaki Takehiko Ishikawa Etsuro Yokoyama Yoshinori Furukawa Taro Shimaoka

PHYSICAL REVIEW E 84(5) 051605-1–051605-9 2011年11月

Ice crystal growth experiments in heavy water were carried out under microgravity to investigate the morphological transition from a disk crystal to a dendrite. Surprisingly, however, no transition was observed, namely, the disk crystal or dendrit...