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18篇 您的检索式:作者名="Falconer David"
    题名 作者 年代 出处 被引量
1Impacts of El Nino-Southern Oscillation events on China's rice production显示文摘This paper aims to demonstrate the relationships between ENSO and rice production of Jiangxi province in order to identify the reason that ENSO might have little effect on Chinese rice production. Using a data set with measures of Jiangxi's climate and rice production,we find the reason that during 1985 and 2004 ENSO's well correlated with rainfall did not promote Chinese rice production. First,the largest effects of ENSO mostly occur in the months when there is no rice in the field. Second,there is almost no temperature effect. Finally,the monthly distribution of rainfall is almost the same in ENSO and neutral years because the largest effects are during months when there is the least rain. In addition,due to the high irrigation share and reliable and effective irrigation facilities of cultivated land,China's rice production is less climate-sensitive.DENG Xiangzheng HUANG Jikun QIAO Fangbin Rosamond L. Naylor Walter P. Falcon Marshall Burke Scott Rozelle David Battisti 2010Journal of Geographical Sciences2010,20,1:7
2The Relationship between Magnetic Gradient and Magnetic Shear in Five Super Active Regions Producing Great Flares显示文摘We study the magnetic structure of five well-known active regions that produced great flares (X5 or larger). The six flares under investigation are the X12 flare on 1991 June 9 in AR 6659, the X5.7 flare on 2000 July 14 in AR 9077, the X5.6 flare on 2001 April 6 in AR 9415, the X5.3 flare on 2001 August 25 in AR 9591, the X17 flare on 2003 October 28 and the X10 flare on 2003 October 29, both in AR 10486. The last five events had corresponding LASCO observations and were all associated with Halo CMEs. We analyzed vector magne-tograms from Big Bear Solar Observatory, Huairou Solar Observing Station, Marshall Space Right Center and Mees Solar Observatory. In particular, we studied the magnetic gradient derived from line-of-sight magnetograms and magnetic shear derived from vector magne-tograms, and found an apparent correlation between these two parameters at a level of about 90%. We found that the magnetic gradient could be a better proxy than the shear for predicting where a major flare might occur: all six flares occurred in neutral lines with maximum gradient. The mean gradient of the flaring neutral lines ranges from 0.14 to 0.50 G km-1, 2.3 to 8 times the average value for all the neutral lines in the active regions. If we use magnetic shear as the proxy, the flaring neutral line in at least one, possibly two, of the six events would be mis-identified.Hai-Min Wang Hui Song Ju Jing Vasyl Yurchyshyn Yuan-Yong Deng Hong-Qi Zhang David Falconer Jing Li 2006Chinese Journal of Astronomy and Astrophysics2006,6,4:2
3Frequency domain equalization for single-carrier broadband wireless systems显示文摘FALCONER David ARIYAVISITAKUL S L 2002IEEE Communications Magazine2002,40,4:1
4Turbo frequency domain equalization for single-carrier broadband wireless systems显示文摘Benjamin Ng Chan-Tong Lam David Falconer 2007IEEE Transactions on Wireless Communications2007,6,2:1
5Frequency Domain Equalization for Singer-Carrier Broadband Wireless Systems显示文摘David Falconer 2002IEEE Communication Magazines2002,40,4:1
6Frequency Domain Equalization for Singer-Carrier Broadband Wireless Systems显示文摘Falconer David 2002IEEE Communication Magazines2002,40,4:1
7Frequency Domain Equalization for Singer-Carrier Broadband Wireless Systems显示文摘David Falconer 2002IEEE Communication Magazines2002,40,4:1
8Evaluation of an Integrated Orbital Tissue Expander in an Anophthalmic Feline Model显示文摘David T. Tse Leonard Pinchuk Stewart Davis Steven F. Falcone Wendy Lee Ana Caroline Acosta Eleut Hernandez Elizabete Lee Jean-Marie Parel 2007American Journal of Ophthalmology2007,,2:1
9Frequency Domain Equalization for Single Carrier Broadband Wireless Systems显示文摘David Falconer 2002IEEE Communication Magazines2002,40,4:1
10Anader Benyamin -Seeyar, Fre- quency Domain Equalization for Single -Carrier Broadband Wireless Systems 显示文摘David Falconer 2002IEEE Communi- cations Magazine2002,40,4:1
11Frequency Domain Equalization for Singer-Carrier Broadband Wireless Systems显示文摘David Falconer 2002IEEE Communication Magazines2002,40,4:1
12Frequency Domain Equalization for SingerCarrier Broadband Wireless Systems显示文摘 2002IEEE Communication Magazines2002,40,4:1
13Decision feedback equalization for CDMA in indoor wireless communications显示文摘 Asrar U H Sheikh David D Falconer 1994IEEE Journal on Selected Areas in Communications1994,12,4:1
14Frequency Domain Equalization for Single-Carrier Broadband Wireless Systems 显示文摘David Falconer Sirikiat Lek Ariyavisitakul Anader Benyamin Seeyar 2002IEEE Communications Magazine2002,40,4:1
15Consensus statement of the consortium for laparoendoscopic single-site surgery显示文摘Inderbir S. Gill Arnold P. Advincula Monish Aron Jeffrey Caddedu David Canes Paul G. Curcillo Mihir M. Desai John C. Evanko Tomasso Falcone Victor Fazio Matthew Gettman Andrew A. Gumbs Georges-Pascal Haber Jihad H. Kaouk Fernando Kim Stephanie A. King Jef 2010Surgical Endoscopy2010,,4:1
16Frequency domain equalization for single-carrier broadband wireless systems 显示文摘FALCONER DAVID 2002IEEE Communications Magazine2002,41,4:1
17Consensus statement of the consortium for laparoendoscopic single-site surgery显示文摘Inderbir S. Gill Arnold P. Advincula Monish Aron Jeffrey Caddedu David Canes Paul G. Curcillo Mihir M. Desai John C. Evanko Tomasso Falcone Victor Fazio Matthew Gettman Andrew A. Gumbs Georges-Pascal Haber Jihad H. Kaouk Fernando Kim Stephanie A. King Jef 2010Surgical Endoscopy2010,,4:1
18Consensus statement of the consortium for laparoendoscopic single-site surgery显示文摘Inderbir S. Gill Arnold P. Advincula Monish Aron Jeffrey Caddedu David Canes Paul G. Curcillo Mihir M. Desai John C. Evanko Tomasso Falcone Victor Fazio Matthew Gettman Andrew A. Gumbs Georges-Pascal Haber Jihad H. Kaouk Fernando Kim Stephanie A. King Jef 2010Surgical Endoscopy2010,,4:1
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