对浙江大学长江学者郑津洋教授一些文章的注释
作者：两袖清风
浙江大学的郑津洋教授近几年在氢能方向拿了很多科技部的项目（经费）和
奖项，去年还得到了长江学者的头衔，算是国内氢能方面的一个人物了。最近，
因科研需要，在查阅相关文献时，也查到了他发表在“International Journal
of Hydrogen Energy”杂志上的13篇文章，一看着实令我吃紧不小，他发表在该
杂志的文章无一例外地是来自国内召开的会议（包括：2008国际氢论坛（中国召
开）4篇；第10届中国氢能会议 2篇；第11届中国氢能会议 3篇；第12届中国氢
能会议2篇），以上会议文集的编辑均是国人（好象是清华大学的毛教授等）。
会议文章，又是国内的同行做编辑，其评阅录用可想一斑了。这里不是说发表在
会议中的文章一定不是好文章，但全部13篇在“国际氢能杂志”的文章均是来自
会议，而无一是正常投稿和经过“peer reviewer”评阅的，这还是有点让人对
其学术水平要画上一个大大的 “问号”。不知情的人，看到他近几年有13篇文
章发表在“International Journal of Hydrogen Energy”，一定会有很正面的
评价，包括对课题验收的评价、获奖等等。但我却不知道该如何评价这位国内号
称一流大学的“长江学者”的真正学术水平？
附：郑津洋教授发表在“International Journal of Hydrogen Energy”的文章
清单：
[1] Optimal design of high pressure hydrogen storage vessel using an
adaptive genetic algorithm, International Journal of Hydrogen Energy,
Volume 35, Issue 7, April 2010, Pages 2840–2846 (2008 International
Hydrogen Forum (HyForum2008))
[2] An optimized control method for a high utilization ratio and fast
filling speed in hydrogen refueling stations, International Journal of
Hydrogen Energy,Volume 35, Issue 7, April 2010, Pages 3011–3017 (2008
International Hydrogen Forum (HyForum2008))
[3] Experimental studies on temperature rise within a hydrogen
cylinder during refueling，International Journal of Hydrogen Energy,
Volume 35, Issue 7, April 2010, Pages 2627–2632 (2008 International
Hydrogen Forum (HyForum2008))
[4] Study on real-gas equations of high pressure hydrogen,
International Journal of Hydrogen Energy,Volume 35, Issue 7, April 2010,
Pages 3100–3104 (2008 International Hydrogen Forum (HyForum2008))
[5] Numerical simulation of temperature rise within hydrogen vehicle
cylinder during refueling, International Journal of Hydrogen Energy,
Volume 35, Issue 15, August 2010, Pages 8092–8100 (The 10th Chinese
Hydrogen Energy Conference)
[6] Experimental and numerical studies on the bonfire test of
high-pressure hydrogen storage vessels, International Journal of
Hydrogen Energy, Volume 35, Issue 15, August 2010, Pages 8191–8198
(The 10th Chinese Hydrogen Energy Conference)
[7] A multi-scale flow ysis in hydrogen separation membranes using
a coupled DC-SPH method, International Journal of Hydrogen Energy,
Volume 37, Issue 1, January 2012, Pages 894–902 (The 11th China
Hydrogen Energy Conference)
[8] Numerical simulation of high-pressure hydrogen jet flames during
bonfire test, International Journal of Hydrogen Energy,Volume 37,
Issue 1, January 2012, Pages 783–790 (The 11th China Hydrogen Energy
Conference)
[9] Development of high pressure gaseous hydrogen storage technologies,
International Journal of Hydrogen Energy, Volume 37, Issue 1, January
2012, Pages 1048–1057 (The 11th China Hydrogen Energy Conference)
[10]Thermal transpiration effect on the mass transfer and flow
behaviors of the pressure-driven hydrogen gas flow, International
Journal of Hydrogen Energy, Volume 37, Issue 17, September 2012, Pages
12474–12480 (The 12th Chinese Hydrogen Energy Conference (12th CHEC))
[11] Heat transfer ysis of high-pressure hydrogen storage tanks
subjected to localized fire, International Journal of Hydrogen Energy,
Volume 37, Issue 17, September 2012, Pages 13125–13131 (The 12th
Chinese Hydrogen Energy Conference (12th CHEC))
[12] Numerical study on fast filling of 70 MPa type III cylinder for
hydrogen vehicle, International Journal of Hydrogen Energy, Volume 37,
Issue 22, November 2012, Pages 17517–17522 ( HySafe 1)
