→ darkoscar:好像有中文版的網頁 01/10 09:14
※ 引述《feeltherain (煌雨)》之銘言：
: ※ 引述《linyutin (Keep well)》之銘言：
: : 美國加州大學聖塔芭芭拉分校(UCSB)訪問團將在2008年1月16日下午5點於台灣大學工學院
: : 綜合大樓二樓國際演講廳203室舉行留學說明會，歡迎同學參加。訪問團成員包括UCSB工
: : 學院院長與數名重量級材料領域教授，請有意出國留學的同學不要錯過直接與他們互動的
: : 機會。名額有限，請儘早上網註冊報名，以免向隅。報名截止日期為2008年1月15日。
: : 報名與活動內容網址：http://www.globalsolutions2008.com
: 就和標題一樣，這是揪團文。
: 意者請推文並報名吧。
: 到他給的網站找到"RIGISTER NOW" 按下去然後再填一些資料就報名了。
行程表如下 一共有兩場
第一場是講高分子奈米材料 兩點到五點
第二場是留學說明會 五點到五點半
Agenda
Wednesday, January 16, 2008
2:00pm - 2:10pm
Welcome Remarks
Introduction: Welcoming remarks by Dr. Soo-Chang, Dean of the College of
Electrical Engineering and Computer Science, NTU and Dr. Huan-Jang Keh, Dean
of the College of Engineering, NTU
2:10pm - 2:50pm
Workshop: Field-Based Simulations for the Design of Polymer Nanostructures by
Glenn H. Fredrickson, Director, Mitsubishi Chemicals Center for Advanced
Materials
Plastic materials and solution-borne polymer formulations prove challenging
to design because they often contain many components and can exhibit
self-assembly and phase behavior of daunting complexity. I will describe a
suite of new modeling tools that is well suited to this class of soft
material design problems. Rather than applying conventional computer
simulation techniques (e.g. MC or MD) to “particle-based” models of
polymeric fluids, we have developed “field-theoretic computer simulation”
schemes for numerically sampling functional integrals comprising statistical
field-theory models of complex fluid systems. Such simulation methods are
particularly advantaged for dense polymer systems of high molecular weight. I
will discuss applications to problems related to the design of nanostructured
block copolymers and polymer alloys, supramolecular polymers, and
polyelectrolyte formulations.
2:50pm - 3:30pm
Workshop
Electrostatic Complexes in Polymer Materials Science by Dr. Matthew Tirrell,
Dean, College of Engineering.
Electrostatic interaction among segments of macromolecules is crucial in
biological structure-property relationships but has been insufficiently
exploited in synthetic polymer science. This talk demonstrates how the
interactions among highly charged polymer chains can be manipulated by
choices of ionic environment, particularly the valency of the counterions or
other interacting species. Interactions between chains can be manipulated
from highly repulsive to strongly attractive, with important effects on the
properties of surfaces and interfaces bearing these chains, such as
adhesiveness, lubricity and biocompatibility. Furthermore, electrostatics can
also drive interesting and useful structure formation. Examples of these
effects will be presented.
3:30pm - 4:10pm
Workshop
Well defined Polymers: Applications from Cardiovascular Disease to Solid
State Lighting and Microelectronics by Dr. Craig Hawker, Director, Materials
Research Laboratory
The research described will focus on the interface between organic and
polymer chemistry with emphasis on the design, synthesis, and application of
well-defined macromolecular structures in biotechnology, microelectronics and
surface science. Specific examples will include block copolymer lithography,
polymer therapeutics and materials for energy production and conservation.
4:10pm - 4:20pm
Coffee Break
4:20pm - 4:50pm
Panel Discussion
Panel Discussion: Opportunities Ahead (UCSB and NTU faculty and
administrators)
4:50pm - 5:00pm
Coffee Break
5:00pm - 5:30pm
Presentation: UCSB Study Aboard Opportunities (Open to Undergraduate and
Graduate students)
--
"什麼時候，能再一次一起賞櫻花"
我和他 毫不猶豫地........
..........這麼想著
from 5cm/s
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