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11篇 您的检索式：作者名="Kent Carlson"

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		题名	作者	年代	出处	被引量
	1	Shape transformation for polyhedral objects 显示文摘	Kent J 1L Carlson W E Parent R E	1992	Computer Graphics (ACM)1992，26，2：	1
	2	Shape transformation for polyhedral objects 显示文摘	Kent J R Carlson W E Parent R E	1992	Computer graphics1992，29，3：	1
	3	Shape Transformation for Polyhedral Objects显示文摘	Kent J R Carlson W E Parent R E	1992	Computer Graphics1992，26，2：	1
	4	Shape Transformation for Polyhedral Objects显示文摘	J R Kent W E Carlson R E Parent	1992	Computer Graphics1992，26，2：	1
	5	Prediction of shrinkage pore volume fraction using a dimensionless Niyama criterion 显示文摘	Kent D Carlson Christoph Beckermann	2000	Metallurgical and Materials Transactions A2000，40，1：	1
	6	Shape transformation for polyhedral objects显示文摘	Kent J R Carlson W E Parent R E	1992	Computer Graphics1992，26，2：	1
	7	Shape Transformation for Polyhedral Objects显示文摘	KENT J R CARLSON W E PARENT R E	1992	Computer Graphics1992，26，2：	1
	8	Shape Transformation for Polyhedral Objects显示文摘	KENT J R CARLSON W E PARENT R E	1992	Computer Graphics1992，26，2：	1
	9	Shape transformation for polyhedral objects显示文摘	Kent JR Carlson WE Parent RE	1992	Computer Graphics1992，26，2：	1
	10	Shape transformation for polyhedral objects 显示文摘	Kent J R Carlson W E Parent R E	1992	Computer Graphics1992，26，2：	1
	11	Ex vivo evaluation of IVUS-VH imaging and the role of plaque structure on peripheral artery disease显示文摘Peripheral artery disease(PAD)results from the buildup of atherosclerotic plaque in the arterial wall,can progress to severe ischemia and lead to tissue necrosis and limb amputation.We evaluated a means of assessing PAD mechanics ex vivo using ten human peripheral arteries with PAD.Pressure-inflation testing was performed at six physiological pressure intervals ranging from 10 to 200 mmHg.These vessels were imaged with IVUS-VH to determine plaque composition and change in vessel structure with pressure.Statistical analysis was performed to determine which plaque structures and distributions of these structures had the greatest influence on wall deformation.We found that fibrous plaque,necrotic core,and calcification had a statistically significant effect on all variables(p<0.05).The presence of large concentrations of fibrous plaque was linked to reduced vessel compliance and ellipticity,which could lead to stent fractures and restenosis.For the plaque distribution we found that clustered necrotic core increased overall compliance while clustered calcification decreased overall compliance.The effect of plaque distribution on vessel wall deformation must be considered equally important to plaque concentration.	Christopher Noble Kent Carlson Erica Neumann Bradley Lewis Dan Dragomir-Daescu Amir Lerman Ahmet Erdemir Melissa Young	2020	Medicine in Novel Technology and Devices2020，，4：	0

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