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12篇 您的检索式:作者名="Rajesh Dave"
    题名 作者 年代 出处 被引量
1非磁性粘性颗粒在添加磁性大颗粒磁场流化床中的流化性能显示文摘通过添加磁性大颗粒,破碎活塞及沟流,显著改善了非磁性粘性颗粒在磁场流化床中的流化性能。为了评价非磁性粘性颗粒在磁场流化床中的流化性能,测量了最小流化速度、床层压力降和床膨胀高度。实验结果表明,非磁性粘性颗粒的最小流化速度,由于添加磁性大颗粒,而显著降低。磁性大颗粒添加量对非磁性粘性颗粒的最小流化速度有较大影响,随磁性大颗粒添加量的增加,最小流化速度降低,但当磁性大颗粒添加量增大到40%后,非磁性粘性颗粒和磁性大颗粒的混合物的最小流化速度就不再降低。周涛 葛志强 Rajesh Dave Robert Pfeffer 2005化学反应工程与工艺2005,21,1:5
2Nitinol Stent Implantation Versus Balloon Angioplasty for Lesions in the Superficial Femoral Artery and Proximal Popliteal Artery: Twelve-Month Results From the RESILIENT Randomized Trial显示文摘John R. Laird Barry T. Katzen Dierk Scheinert Johannes Lammer Jeffrey Carpenter Maurice Buchbinder Rajesh Dave Gary Ansel Alexandra Lansky Ecaterina Cristea Tyrone J. Collins Jeffrey Goldstein Michael R. Jaff 2010Circulation: Cardiovascular Interventions2010,,:2
3显示文摘Wang Yulu Rajesh N Dave Robert Pfeffer 2004Journal of Supercritical Fluids2004,28,:1
4Numerical simulation of mechanofusion system显示文摘Wenliang Chen Rajesh N Dave Robert Pfeffer 0,,1:1
5Peripartum Cardiomyopathy: Moving Towards a More Central Role of Genetics显示文摘Roberto Cemin Rajesh Janardhanan Luca Donazzan Massimo Daves 2013Current Cardiology Reviews2013,,3:1
6粘性颗粒表面改性后的流态化性能显示文摘微米级粘性颗粒很难流化,采用纳米颗粒包覆(或表面改性)后,导致微米级粘性颗粒的表面结构、表面能改变,因而其流化性能亦发生变化.为了考察表面改性后的粘性颗粒在流化床中的流化性能,测量了最小流化速度、床层压力降和床空隙率.实验结果表明,粘性颗粒表面包覆纳米颗粒后,由于粘性力显著下降,粘性颗粒流化性能得到明显改善,而且表面改性后的粘性颗粒的最小流化速度显著降低.周涛 叶红齐 Rajesh Dave Robert Pfeffer 2004过程工程学报2004,4,z1:1
7Precipitation and stabilization of ultrafine particles of Fenofibrate in aqueous suspensions by RESOLV显示文摘Sameer V. Dalvi Mohammad A. Azad Rajesh Dave 2012Powder Technology2012,,:1
8Fuzzy-shell clustering and applications tocircle detection in digital images 显示文摘Rajesh N Dave 1990International Journalof General Systems1990,16,4:1
9Nitinol Stent Implantation Versus Balloon Angioplasty for Lesions in the Superficial Femoral Artery and Proximal Popliteal Artery: Twelve-Month Results From the RESILIENT Randomized Trial显示文摘John R. Laird Barry T. Katzen Dierk Scheinert Johannes Lammer Jeffrey Carpenter Maurice Buchbinder Rajesh Dave Gary Ansel Alexandra Lansky Ecaterina Cristea Tyrone J. Collins Jeffrey Goldstein Michael R. Jaff 2010Circulation: Cardiovascular Interventions2010,,3:1
10Magnetically mediated flow enhancement for controlled powder discharge of cohesive powders 显示文摘DAVE Rajesh N WU Chang-yu CHAUDHURI Bodhisattwa et al 2000Powder Technology2000,112,12:1
11Enhanced fluidization of nanoparticles in an oscillating magnetic field 显示文摘YU Qun DAVE Rajesh N ZHU Chao 2005AIChE Journal2005,51,7:1
12Agglomer- ates and granules of nanoparticles as filter media for submicron parti- cles显示文摘Jose Quevedo Gaurav Patel Robert Peffer Rajesh Dave 2008Powder Technology2008,,183:1
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