NEXT-RP researchers presented at “2023 JSRAE Annual Conference” held on Sep. 6-8 2023.
Click here for details →https://jsrae-nenji.org/nenji2023/
 
Presentations by NEXT-RP researchers:
A121 Refrigerant Evaporator and Condenser Database (RECDB) and Data Analysis
◯ Miyara Akio (Saga University), Higashi Yukihiro (Kyushu University), Akasaka Ryo (Kyushu Sangyo University), Kamei Asao (WSJP)
 
A211 Thermophysical property measurements of next-generation low GWP refrigerants (Outcomes of NEDO Project)
◯ Higashi Yukihiro (Kyushu University), Sakoda Naoya, Miyamoto Hiroyuki (Toyama Prefectural University), Tanaka Katsuyuki (Nihon University), Kondou Chieko (Nagasaki University), Kano Yuya (AIST), Akasaka Ryo (Kyushu Sangyo University), Miyara Akio (Saga University), Kariya Keishi
 
A212 Evaluations on heat transfer and cycle performance of next-generation low GWP refrigerants (Outcomes of NEDO Project)
◯ Miyara Akio (Saga University), Kariya Keishi, Inoue Norihiro (Tokyo University of Marine Science and Technology), Jige Daisuke, Kondou Chieko (Nagasaki University), Fukuda Sho (Kyushu Sangyo University), Miyazaki Takahiko (Kyushu University), Thu Kyaw
 
D212 Surface tension measurement by a differential capillary-rise method and a molecular simulation for R1132a
◎Nonaka Ryutaro (Nagasaki University), Kawahara Takemasa, Hayashida Katsuyoshi, Kondo Chieko
 
D213 Viscosity measurement of mixture refrigerant R454B by tandem-capillary-tube method
◎ Tamura Takumi (Saga University), Tuhin Rahman Atiqur, Hirata Ryuuga, Karaya Keishi, Miyara Akio
 
D214 Vapor-Liquid Equilibrium Measurements of Binary Refrigerant Blends HFO1123 + R290
◯ Sakoda Naoya (Kyushu University), Ishimaru Hiroaki, Higashi Yukihiro
 
E234 Evaluation of performance improvement and utilizing lower temperature heat source on adsorption cycle using MSC-30 and low GWP refrigerant pairs
◯ Seo Sang won (Kyushu University), Maeshiro Yuta, Miksik Frantisek (Nagoya University), Thu Kyaw (Kyushu University), Miyazaki Takahiko
 
E235 Experimental Investigation of Performance of Double-Effect Adsorption Refrigeration Cycle with Adsorption Heat Recovery
◎ Shimoyama Taichi (Tokyo University of Agriculture and Technology), Akisawa Atsushi