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申請(qing)報告人的報告標(biao)題,摘要簡介,研究簡歷(li),包括任職,獲獎情況等。中文英(ying)均可。 

杰出(chu)講座海報制(zhi)作所需(xu)材料清單【如果對(dui)方是國內單位,則可不需(xu)要英文標題(ti)和英文摘要】 

報告(gao)人(ren)(ren)姓(xing)名,關鍵詞中英文(wen)簡介,一張宣(xuan)傳照片(pian)(pian)【照片(pian)(pian)要(yao)以人(ren)(ren)臉為主】

 

示例:Thorne Lay

美國加州大學Santa Cruz 分校杰出教授

美國科學院(yuan)院(yuan)士(shi),世界著名地震學家

Distinguished Professor of Earth and Planetary Sciences

University of California Santa Cruz

Member of U.S. National Academy of Sciences

 

報告標(biao)題(中英文(wen))【精煉,科譜,通俗易懂】

 

示(shi)例:A Global Surge of Great Earthquakes and What We Are Learning From Them

全球(qiu)大地震頻發及人(ren)類對大地震的認識 


報告(gao)的時間,地點(dian)(中(zhong)英文)【只需要告(gao)訴(su)時間日期就(jiu)行(xing),報告(gao)地點(dian)我們(men)會(hui)約(yue)】

 

示例:5月19日(周二(er))下午4點,東活5樓

May 19th, 16:00pm

           Lecture Hall, 5th Floor of the Student Activity Center. 


報告摘要(yao)(中英文)【力求簡練,科普,通俗易懂】

 

示例: 

在過(guo)去的(de)(de)十(shi)年(nian)內(2004-2014年(nian)),全球共發(fa)生了(le)18次(ci)震(zhen)(zhen)級大于8級的(de)(de)大地震(zhen)(zhen),平均每年(nian)1.8次(ci),是1900-2004年(nian)間(jian)大地震(zhen)(zhen)頻率的(de)(de)2.65倍。過(guo)去的(de)(de)10幾年(nian)恰(qia)好也是國際地震(zhen)(zhen)臺網、GPS臺網、海嘯觀測儀、衛(wei)星影像測量(liang)等一系列觀測手(shou)段(duan)和技術快速(su)發(fa)展(zhan)的(de)(de)階(jie)段(duan),這為(wei)我們認識大地震(zhen)(zhen)的(de)(de)前兆、破裂過(guo)程以及震(zhen)(zhen)后過(guo)程提供(gong)了(le)前所未有(you)的(de)(de)資料,為(wei)人類認識地震(zhen)(zhen)物理過(guo)程的(de)(de)多樣性和復雜性提供(gong)了(le)多種綜(zong)合分析手(shou)段(duan),使得(de)我們在定量(liang)認識震(zhen)(zhen)源物理問題上取得(de)了(le)重要的(de)(de)進展(zhan)。 

 

During the decade from December 2004 to December 2014 18 great (Mw ≥ 8.0) earthquakes occurred globally (~1.8 per year), compared to 71 from 1900 to mid-2004 (~0.68 per year), yielding an effective rate increase of 265%. Six events had Mw ≥ 8.5, larger than any prior event since 1965. This recent decade of high great earthquake activity coincided with vastly expanded global networks of seismometers, GPS stations, tsunami gauges, and new satellite imaging capabilities. This has enabled unprecedented analyses of precursory, co-seismic and post-seismic processes around the plate boundary environments where most of these events occurred. Joint analyses of the diverse data sets exploit complementary sensitivity of the signals to different aspects of the earthquake processes. Major advances have been achieved in quantifying frictional locking and strain accumulation prior to some great events and relating it to coseismic slip heterogeneity.

背景介紹

為激發學生對地球和空間科學的熱愛,并促進國際高水平學術交流,我院自2015年起設立"地球和空間科學杰出講座”系列。該系列講座由邀請人對講座候選人進行提名,杰出講座委員會進行遴選...

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