Personal Information
Name:
孙杰School/Department:
化学工程与技术学院Education Level:
Successive postgraduate and doctoral programs of studyGender:
MaleDegree:
DoctorSupervisor of Doctorate Candidates:
YesSupervisor of Master's Candidates:
YesCollege:
School Of Chemical Engineering And TechnologyDiscipline:
Power Engineering and Engineering Thermophysics
- .JY Liu, JY Sun, CQ Yin, CT Wang, and J Sun*.Revealing the heat transfer enhancement mechanism of dimpled tube hybridized with twisted tape via dimple utility indicator,2025,68:105867
- .S Guo, HL Cao*, J Sun*.Proposal of a parabolic-trough-type spectral splitting concentrating photovoltaic-photothermal (SSCPVT) system for combined power and heat generation,2025,242:122483
- .BQ Wang, J Sun*, ZH Ma, W Mei, JJ Wei.Proposal of a pilot-scale prototype of ‘electricity-in-steam-out’ packed-bed reactor for thermochemical energy storage with Ca(OH)2/CaO,2025,505:159211
- .CB Zhang, J Sun*, Y Qiao, JJ Wei.Design, off-design and operation study of concentrating solar power system with calcium-looping thermochemical energy storage and photovoltaic-driven compressed CO2 energy storage,2024,312:133687
- .ZH Ma, J Sun*, BQ Wang, W Mei, JJ Wei.Numerical and experimental studies of a novel compact sandwich-type plate reactor for thermochemical energy storage,2024,497:154531
- .J Guan, J Sun*, JJ Wei.Review of full-spectrum solar energy systems based on spectral splitting technology,2024,81:1235-1255
- .YL Shi, J Sun*, JJ Wei.Proposal of a parabolic-trough-oriented photo-thermo-reactor with coaxial baffles and dual-bed for high-efficient solar-driven hydrogen production from methanol steam reforming,2024,228:120619
- .DH Li, J Sun*, R Ma, JJ Wei.Efficient charge transfer channel over in-situ photo-thermo-induced Cu-ZnOx for H2 production from methanol steam reforming.,2024,430:115319
- .H Su, J Sun*, DH Li, JJ Wei.Local hydrogen bonding environment induces the deprotonation of surface hydroxyl for continuing ammonia decomposition,2024,26:16871-16882
- .DH Li, J Sun*, ZW Zhang, R Ma, JJ Wei.High-efficient sunlight-driven hydrogen production from methanol steam reforming on a novel photo-thermo-catalysis and thermo-catalysis dual-bed reactor,2023,357:129895