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13篇 您的检索式:作者名="Chaise"
    题名 作者 年代 出处 被引量
1Efficacy of embolization intraumatic uterine vascularmalformations显示文摘Chais Rajan DK 2009Vace InterrRadio2009,21,2:1
2Efficacy of embolization in traumatic uterine vascular malformations显示文摘Chais Rajan DK Asch MR 2003Vace Interr Radiol2003,14,:1
3Modelling of multiple im- pacts for the prediction of distortions and residual stresses in- duced by ultrasonic shot peening (USP)显示文摘CHAISE T LI J N LIAS D 2012Journal of Materials Processing Technology2012,212,10:1
4DNA vaccination induces WTl-specific T-cell responses with potential clinical relevance显示文摘Chaise C Buchan SL RiceJ et 01 2008Blood2008,112,7:1
5Net flux of metabolites across the ruminal wall of sheep fed twice a day with orchardgrass hay显示文摘Remond D Chaise J P Delval E 1993J Anim Sci1993,71,9:1
6MgH,intermediate scale tank tests under various experimental conditions 显示文摘Garrier S Chaise A de Rango P Marty P Delhomme B Frucharta D Miraglia S 2011International] ournal of Hydrogen Energy2011,36,:1
7Experimental and numerical study of a magnesium hydride tank显示文摘Chaise A de Rango P Marty Ph Fruchart D 2010International Journal of Hydrogen Energy2010,35,:1
8Experimental and numerical study of a magnesium hydride tank显示文摘A. Chaise P. de Rango Ph. Marty D. Fruchart 2010International Journal of Hydrogen Energy2010,,12:1
9A simple criterion for estimating the effect of pressure gradients during hydrogen absorption in a hydride reactor显示文摘A. Chaise P. Marty P. de Rango D. Fruchart 2009International Journal of Heat and Mass Transfer (-)2009,,19:1
10Nanostrnetured magne- sium hydride for pilot tank development 显示文摘Rango P de Chaise A Charbonnier J 2007Joumal of Alloys and Compounds2007,,:1
11Enhancement of hydrogen sorption in magnesium hydride using expanded natural graphite 显示文摘Chaise A Rango P de Malty Ph 2009International Journal of Hydrogen Energy2009,34,20:1
12Effect of isoproterenol on serum potassium and magnesi- um显示文摘Brembilla-Perrot B Terrier de la Chaise A le Van D et al 1993Eur Heart J1993,14,5:1
13Impact-sliding wear response of 2.25Cr1Mo steel tubes:Experimental and semi-analytical method显示文摘The impact-sliding wear behavior of steam generator tubes in nuclear power plants is complex owing to the dynamic nature of the mechanical response and self-induced tribological changes.In this study,the effects of impact and sliding velocity on the impact-sliding wear behavior of a 2.25Cr1Mo steel tube are investigated experimentally and numerically.In the experimental study,a wear test rig that can measure changes in the impact and friction forces as well as the compressive displacement over different wear cycles,both in real time,is designed.A semi-analytical model based on the Archard wear law and Hertz contact theory is used to predict wear.The results indicate that the impact dynamic effect by the impact velocity is more significant than that of the sliding velocity,and that both velocities affect the friction force and wear degree.The experimental results for the wear depth evolution agree well with the corresponding simulation predictions.Meigui YIN Thibaut CHAISE Liwen WANG Daniel NÉLIAS Minhao ZHU Zhenbing CAI 2022Friction2022,10,3:0
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