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8篇 您的检索式:作者名="Sergio Davis"
    题名 作者 年代 出处 被引量
1更高效电机驱动的基本挑战和解决方案显示文摘本文针对汽车和电机行业介绍能够减缓CO2增长速度的挑战和有效解决方案。Richard Chung Roy Davis Steven Hong Sergio Fissore 2015电子产品世界2015,22,7:2
2Consensus Guidelines for the Management of Postoperative Nausea and Vomiting显示文摘Tong J. Gan Pierre Diemunsch Ashraf S. Habib Anthony Kovac Peter Kranke Tricia A. Meyer Mehernoor Watcha Frances Chung Shane Angus Christian C. Apfel Sergio D. Bergese Keith A. Candiotti Matthew TV Chan Peter J. Davis Vallire D. Hooper Sandhya Lagoo-Deena 2014Anesthesia & Analgesia2014,,:2
3Efficiency of the laser texturing on the adhesion of the coated twist drills 显示文摘Davi Neves Anselmo Eduardo Diniz Milton Sergio Fernandes de Lima 2006Journal of Materials Processing Technology2006,179,:1
4Testing the apa- tite-magnetite geochronometer: U-Pb and 4Ar/39Ar geochro- nology of plutonic rocks, massive magnetite-apatite tabular bodies, and IOCG mineralization in Northern Chile显示文摘Sergio G Davis D W Edward T C 2005Geo-chim Cosmochim Acta2005,69,13:1
5A distinct lineage of influenza A virus from bats 显示文摘Suxiang Tong Yah Li Pierre Rivailler Christina Con- rardy Danilo A Alvarez Castillo Li-Mei Chen Sergio Recuenco James A Ellison Charles T Davis Ian A York Amy S Turmelle David Moran Shannon Rog- ers Mang Shi Ying Tao Michael R Weil Kevin Tang Lori A Rowe Scott Sammons Xiyan Xu Mi- chael Frace Kim A Lindblade Nancy J Cox Larry J Anderson Charles E Rupprecht Ruben O Donis 2012PANS U S A2012,109,11:1
6Impact of glider data assimilation on the Monterey Bay model显示文摘Igor Shulman Clark Rowley Stephanie Anderson Sergio DeRada John Kindle Paul Martin James Doyle James Cummings Steve Ramp Francisco Chavez David Fratantoni Russ Davis 2008Deep-Sea Research Part II2008,,3:1
7Efficiency of the laser texturing on the adhesion of the coated twist drills显示文摘Davi Neves Anselmo Eduardo Diniz Milton Sergio Fernandes de Lima 2006Journal of Materials Processing Tech2006,,1:1
8A model for defect formation in materials exposed to radiation显示文摘A simple model for the stochastic evolution of defects in a material under irradiation is presented.Using the master-equation formalism,we derive an expression for the average number of defects in terms of the power flux and the exposure time.The model reproduces the qualitative behavior of self-healing due to defect recombination,reaching a steady-state concentration of defects that depends on the power flux of the incident radiation and the material temperature,while also suggesting a particular time scale on which the incident energy is most efficient for producing defects,in good agreement with experimental results.Given this model,we discuss the integral damage factor,a descriptor that combines the power flux and the square of the irradiation time.In recent years,the scientific community involved in plasma-facing materials for nuclear fusion reactors has used this parameter to measure the equivalent material damage produced in experiments of various types with different types of radiation and wide ranges of power flux and irradiation time.The integral damage factor is useful in practice but lacks formal theoretical justification.In this simple model,we find that it is directly proportional to the maximum concentration of defects.Sergio Davis Felipe Gonzalez-Cataldo Gonzalo Gutierrez Gonzalo Avaria Biswajit Bora Jalaj Jain Jose Moreno Cristian Pavez Leopoldo Soto 2021Matter and Radiation at Extremes2021,6,1:0
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