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杨俊红 副教授 主页 > 科研队伍 > 教师 >
姓名:
杨俊红
Name:
Junhong Yang
职称:
副教授
Title:
Associate Professor
专业:
工程热物理
Specialization:
Engineering Thermophysics
电话 / Tel:
022-87401752
电子邮件 / Email:
讲授课程:
热能与动力机械基础
Courses Taught:
Fundamental of Thermal Energy and Power Machinery
研究方向:
多孔介质、传热传质、生物热物理,以及复杂孔隙结构传输机理与技术。依托工程热物理学科优势,研究多孔介质、传热传质及生物领域相关工程热物理问题。研究内容涉及植物材料干燥、提取、膜分离,纳米流体、脉动热管等新型传热技术,能源微藻固碳、生物柴油、低碳园区关键技术
Research Areas:
The research direction includes porous medium, heat transfer and mass transfer, biological thermal physics, Complex pore structure transmission mechanism and technology. Relying on the advantages of engineering thermal physics, the interest is studying on porous media, heat transfer and mass transfer, and engineering thermal physics problems related with biological fields. The research projects involve plant material drying, extraction, membrane separation, nanometer fluid, pulsating heat pipe-new technology of heat transfer, microalgae carbon fixation and biodiesel, low carbon Park key technology
学术论文 / Selected Publications
1
Junhong Yang*, Qianqian Di and Jun Zhao. Effect of Microwave Irradiation on Chemical Profile of Extracts during the Extraction of Organic Compounds from Astragalus Slices. Asia-Pacific Journal Of Chemical Engineering, 2012, 7(3): 418-426(SCI- 957RW,EI- 20122715192359)
2
Junhong Yang*, Qianqian Di, Jun Zhao. Effect of Glutinous Components on Matrix Microstructure during the Drying Process of Plant Porous Materials. Chemical Engineering And Processing: Process Intensification, 2010; 49(3): 286-293 (SCI-597SG, EI-20101312806982)
3
Junhong Yang*, Qianqian Di, Qiang Jiang, Jun Zhao. Application of Automatic Mercury Injection Apparatus in Study of Angelica Slices Drying. Drying Technology, 2010; 28(5): 677-682 (SCI-600QF, EI-20102112958993)
4
Qianqian Di, Junhong Yang*, Jun Zhao, Wei Wang. Application of Pore Size Analyzers in Study of Chinese Astragalus Slices Drying. Drying Technology, 2010; 28(2): 214-221 (SCI- 594EQ, EI-20101612869434)
5
Junhong Yang*, Qianqian Di, Qiang Jiang, Jun Zhao. Experimental Study on Micro-Scale Flow of Compounds during Microwave Assisted Extraction of Astragalus Slices. International Journal of Green Energy, 2009; 6(5): 552-563 (SCI-548TW )
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