大家好，
欢迎大家参加北极星沙龙，这期我们邀请了Dr. Zhiqiang Hu给我们讲述关于上海交大海洋工程重点实验室和中国海洋资源开采介绍。
About Dr. Zhiqiang Hu :
胡志强上海交通大学海洋工程国家重点实验室 讲师
1998年毕业于上海交通大学船舶及海洋工程系，工学学士，船舶工程专业；
2001年毕业于上海交通大学船舶海洋与建筑工程学院，工学硕士，船舶及海洋结构物设计制造专业
2008年毕业于上海交通大学船舶海洋与建筑工程学院，工学博士，船舶及海洋结构物设计制造专业
2001年至今，在上海交通大学海洋工程国家重点实验室工作
主要研究领域：
船舶碰撞与搁浅；水池模型试验研究。
报告简介：
上海交通大学是中国著名的工科大学之一，具有一百多年的悠久历史。上海交通大学在船舶、机械、电子科技、材料科学、生物医药等方面在国内处于领先的地位。近些年，在金融、贸易、经济领域也有长足进步。报告中将介绍上海交通大学近况。
海洋工程国家重点实验室是上海交通大学拥有的四个国家重点实验室之一。实验室拥有多个先进的船舶与海洋工程研究设施，包括海洋深水试验池、海洋工程水池、拖曳水池、空泡实验室、水下实验室和结构力学实验室等。实验室和国内大部分石油开采企业、船厂、设计院，以及该领域的兄弟院校都有紧密合作。实验室具有较高研究水平，在深水试验技术方面具备国际先进水平和竞争力。
近些年，国内海洋油气生产企业逐渐迈向深水，已经在我国南海海域1000米水深区域开展了大量的油气勘探工作。深水油气开采将成为我国海洋油气资源的主要目标。报告中将介绍近年来我国海洋油气开采的最新动向。
时间和地点： Department of Marine Technology at Tyholt Campus (Otto Nielsens vei 10) next Wednesday (Dec. 2) from 17:00. The lecture room is T3 on the second floor
Sunday, November 29, 2009
Saturday, November 14, 2009
北极星沙龙第三十五期：Introduction to membrane gas separation – 膜法简介
This presentation consists of two parts: (1) General introduction to the application of membrane technology in gas separation, including the classification and separation mechanism of membranes, advantages and challenges in the application of membrane technology in gas separation, especially in the removal of CO2 from natural gas and power plant emission, and the future R&D trends; (2) My research in the development of a CO2-selective membrane based on the facilitated transport mechanism.
[报告人及其简介]
Liyuan Deng, Bsc and Msc at Xiangtan University, China. Ph.D. at NTNU. 10 years experience as an university teacher in China. Now a postdoc researcher at NTNU.
[报告人及其简介]
Liyuan Deng, Bsc and Msc at Xiangtan University, China. Ph.D. at NTNU. 10 years experience as an university teacher in China. Now a postdoc researcher at NTNU.
Friday, November 6, 2009
北极星沙龙第三十四期：Introduction of Direct Alcohol Fuel Cells
Direct alcohol fuel cells (DAFCs) have been considered as one of the most potentially suitable
power sources for portable applications because of their high power density, easy handling, quiet
working mode and low/zero pollution at room temperature. This talk will give a brief introduction of
direct alcohol fuel cell including its origin, advantages, challenges, research or technology status
and prospect.
Shuihua Tang
Education
9/1999 -- 7/2002: Ph.D. in organic chemistry, Chengdu Institute of Organic Chemistry,
Chinese Academy of Sciences;
9/1996 --7/1999: MS in physical chemistry, Chemistry Department Sichuan University;
9/1988 -- 7/1992: BS in analytical chemistry, Chemistry Department Sichuan University.
PROFESSIONAL EXPERIENCE
06/2008 - Present Researcher, Norwegian University of Science and Technology, Norway
Working on “Development of solar-grade silicon feedstock for
crystalline wafers and cells by purification and crystallization”
05/2006 - 05/2008 Postdoctoral research associate, Newcastle University, United Kingdom
Research on “Direct Alcohol Fuel Cells Based on Capillary Technology”
power sources for portable applications because of their high power density, easy handling, quiet
working mode and low/zero pollution at room temperature. This talk will give a brief introduction of
direct alcohol fuel cell including its origin, advantages, challenges, research or technology status
and prospect.
Shuihua Tang
Education
9/1999 -- 7/2002: Ph.D. in organic chemistry, Chengdu Institute of Organic Chemistry,
Chinese Academy of Sciences;
9/1996 --7/1999: MS in physical chemistry, Chemistry Department Sichuan University;
9/1988 -- 7/1992: BS in analytical chemistry, Chemistry Department Sichuan University.
PROFESSIONAL EXPERIENCE
06/2008 - Present Researcher, Norwegian University of Science and Technology, Norway
Working on “Development of solar-grade silicon feedstock for
crystalline wafers and cells by purification and crystallization”
05/2006 - 05/2008 Postdoctoral research associate, Newcastle University, United Kingdom
Research on “Direct Alcohol Fuel Cells Based on Capillary Technology”
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