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41篇 您的检索式:作者名="Boustie"
    题名 作者 年代 出处 被引量
1强激光辐照下纯铝的力学响应和层裂的实验测量与分析显示文摘采用速度干涉(VISAR)测试技术,对强激光辐照下纯铝的动态力学响应和层裂特性进行了实验测量和分析.样品厚度分别为200 μm 和485 μm,激光脉冲的半高宽约为10 ns,功率密度变化范围为1010~1011 W·cm-2.实测了样品自由面速度波形,反映了强激光加载作用下材料损伤演化过程以及损伤对材料动态响应的影响.计算得到了冲击波强度(2.0~13.4 GPa) 和不同拉伸应变率下铝的层裂强度(1.6~2.3 GPa).在所采用的实验条件和1维近似下,激光辐照产生的冲击波强度与激光功率密度之间成线性关系.最后讨论了层裂强度与拉伸应变率之间的关系,显示层裂强度随着拉伸应变率的增加而增大.王永刚 M. Boustie 贺红亮 T. Sekine 王礼立 经福谦 2005强激光与粒子束2005,17,7:9
2强激光辐照下纳米晶体铜薄膜层裂破坏的实验研究显示文摘采用强激光辐照加载技术和激光速度干涉(VISAR)测试技术,对纳米晶体铜薄膜的层裂特性进行实验测量和分析.基于VISAR实测的自由面速度波形,计算得到纳米晶体铜薄膜在超高拉伸应变率下的层裂强度高达3GPa,明显高于多晶铜的层裂强度,其原因归咎于纳米晶体材料中存在大量晶界阻碍了位错运动.王永刚 贺红亮 Boustie Michel Sekine Toshimori 2008物理学报2008,57,1:4
3Miss rate for colorectal neoplastic polyps: a prospective multicenter study of back-to-back video colonoscopies显示文摘D. Heresbach T. Barrioz M. Lapalus D. Coumaros P. Bauret P. Potier D. Sautereau C. Boustière J. Grimaud C. Barthélémy J. Sée I. Serraj P. D’Halluin B. Branger T. Ponchon 2008Endoscopy2008,,04:2
4Anti-herpes /virus activity of aporphine alkaloids显示文摘MONTANHA JA AMOROS M BOUSTIE J 1995Planta Med1995,61,5:1
5Measure- ment of dynamic tensile strength of nanocrystalline copper by laser irradiation显示文摘Wang Y G He H L Boustie M Sekine T 2007Journal of Applied Physics2007,101,10:1
6Time-resolved dynamic tensile spallation of pure aluminum under laser irradiation显示文摘Wang Y G He H L Wang L L Jing F Q Boustie M Sekine T 2006Journal of Applied Physics2006,100,03:1
7Learning, techniques, and complications of endoscopic ultrasound (EUS)-guided sampling in gastroenterology: European Society of Gastrointestinal Endoscopy (ESGE) Technical Guideline显示文摘M. Polkowski A. Larghi B. Weynand C. Boustière M. Giovannini B. Pujol J.-M. Dumonceau 2012Endoscopy2012,,02:1
8Measurement of dynamic tensile strength of nanocrystalline copper by laser irradiation显示文摘Wang Yonggang He Hongliang Boustie M 2007Journal of Applied Physics2007,101,10:1
9On the efficiency of shock magnetization processes显示文摘Gattacceca J Berthe L Boustie M 2008Physics of the Earth and Planetary Interiors2008,166,12:1
10Antipoliovirus structure- activity relationships of some aporphine alkaloids 显示文摘Boustie J Stigliani J L Montanha J 1998J NaProd1998,61,4:1
11Characterization of laser-driven shocks of high intensity using piezoelectric polymers 显示文摘de Resseguier T Couturier S Boustie M 1996J Appl Phys1996,80,7:1
12Miss rate for colorectal neoplastic polyps: a prospective multicenter study of back-to-back video colonoscopies显示文摘D. Heresbach T. Barrioz M. Lapalus D. Coumaros P. Bauret P. Potier D. Sautereau C. Boustière J. Grimaud C. Barthélémy J. Sée I. Serraj P. D’Halluin B. Branger T. Ponchon 2008Endoscopy2008,,04:1
13Relationships between endosonographic appearance and clinical or manometric features in patients with achalasia显示文摘Marc Barthet Pierre Mambrini Patrick Audibert Christian Boustière Thierry Helbert Jean-Guy Bertolino Jacques Peyrot Jacques Salducci Jean-Charles Grimaud 1998European Journal of Gastroenterology & Hepatology1998,,7:1
14Experimental Investigation of Liquid Spall in Laser Shock-Loaded Tin显示文摘Resseguier T Signor L Boustie M 2007J Appl Phys2007,101,01:1
15Antipoliovirus structure -activity relationships of some aporphine alkaloids 显示文摘Boustie J Stigliani J L Montanha J 1998J Nat Prod1998,61,4:1
16Anti -herpes virus activity of aporphine alkaloids 显示文摘NTANHA JA AMOROS M BOUSTIE J 1995Planta Med1995,61,5:1
17Antipoliovirus structure-activity relationships of some aporphine alkaloids显示文摘BOUSTIE J STIGLIANI J L MONTANBA J 1998J Nat Prod1998,61,4:1
18Antipoliovirus structure-activity relationships of some aporphine alkaloids显示文摘Boustie J Stigliani J L Montanha J 1998J Nat Prod1998,61,4:1
19Experimental Investigation of Liquid Spall in Laser Shock-Loaded Tin 显示文摘Resseguier T Signor L Boustie M 2007J Appl Phys2007,101,01:1
20Antipoliovirus structure-activity relationship s of some aporphine alkaloids显示文摘Boustie J Stigliani J L Montanha J 1998NaProd1998,61,4:1
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