Kanazawa University, Faculty of Science and Engineering
Thermal Science and Engineering Lab.
2023-24 season member
staff
Students
M2/Keito Izumitani
Evaluation of heat dissipation characteristics of yttrium sulfate chemical heat storage material
M2/Kyoka Sakamoto
High-quality food thawing using high-frequency ultrasound
M2/Wang Shuoyang
Effect of magnetic field on the dispersion state of highly thermally conductive fillers in polymer solutions
M2/Masaki Yokomachi
Research on Frost Reduction Using Adsorbent-Applied Heat Exchangers
M1/Hayachika Iza
Changes in thermal conductivity and mechanical properties of hexagonal boron nitride/polyimide composite sheets by adding carbon nanofibers
M1/Kazuma Sugiura
Development of an energy harvesting system combining latent heat storage and thermoelectric power generation
M1/Naohiro Sugimoto
Improving the mechanical properties of lanthanum sulfate/thermally expanded graphite chemical heat storage material by silica coating
M1/YiQing Zhao
Thermal conductivity and heat storage/release behaviors of rare-earth chemical heat storage materials
B4/Rikuto Endo
Preparation of carbon nanofibers by electrspinning method
B4/Rihito Tanii
Thermal conductivity of rare-earth types of chemical heat storage materials
B4/Mizuki Tomita
Effects of alternating magnetic and electric fields on the freezing of tissue cells
B4/Haruna Mizumaki
Thermal conductivity and mechanical properties of hexagonal boron nitride + carbon nanofiber/polyimide composite sheets
M2/Koki Kawai
High performance thermoacoustic engine using gas-liquid phase change
M2/Yasushi Hanai
Improving thermal conductivity of graphite/polyimide composite sheets by treatment with a direct current electric field
M2/GE WENQIAN
Research on Performance Improvement of Heat Pump Systems Using Blade-Tube Heat Exchangers
M1/Aoto Ikeda
Increasing the thermal conductivity of polyimide sheets by using a mixed filler of carbon nanofiber and graphite
M1/Kotaro Osaka
Improvement of performance of thermoacoustic engine using multi-stage heat storage
M1/Taisei Sugimoto
Improving the performance of thermoacoustic refrigerators by improving the stack structure
M1/Hiroto Tomomori
Fundamental study on measurement of thermal conductivity of fluids using unsteady hot wire method
M1/Yuzuki Hayashi
Control of electrical properties of highly thermally conductive polymer composite sheets
B4/Naohiro Takahashi
Preparation of highly thermally conductive polyimide composite sheets by dynamic magnetic field treatment
B4/Eimu Tuchida
High-quality food thawing using high-frequency ultrasound
B4/Ryoto Nakai
Enhancement of supercooling using alternating magnetic and electric fields
B4/Yuki Miyazawa
High performance thermoacoustic engine using gas-liquid phase change