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13篇 您的检索式：作者名="Gugan"

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		题名	作者	年代	出处	被引量
	1	Coverage modeling for dependability analysis of fault-tolerant systems显示文摘	Joanne Bechta Gugan Kishor S Triveli	1989	IEEE Transactions on Computers1989，38，6：	1
	2	The mechanism ofsmouldering in cigarettes显示文摘	Egerton A Gugan K Weinberg F J	1963	Combustion and Flame1963，7，：	1
	3	The mechanism of smouldering in cigarette 显示文摘	EGERTOM SIR A GUGAN K WEINERG F J	1963	Combust Flame1963，7，：	1
	4	The mechanism of smouldering in cigarette显示文摘	Egerton Sir A Gugan K Weinberg F J	1963	Combust Flame1963，7，：	1
	5	Change analysis of a dynamic copula for measuring dependence in multivariate financial data 显示文摘	Gugan D	2010	Quantita- tive Finance2010，10，4：	1
	6	The mechanism ofsmouldering in cigarettes 显示文摘	Egerton A Gugan K Weinberg F J	1963	Combust Flame1963，7，：	1
	7	The MAPK MEK1/2-ERK1/ 2 pathway and its implication in hepatocyte cell cycle control 显示文摘	Gugan J P Frmin C Baffet G	2012	Int J Hepatol2012，2012，：	1
	8	Influence of volatile and nonvolatile Fractions on intensity of Cheddar cheese flavor显示文摘	MC GUGAN W A EMMONS D B ARMOND ELIZABETH L	1979	Journal of Dairy Science1979，62，3：	1
	9	Gluean- like synthetic oligosaecharides: iterative synthesis of linear oligo- β -(1,3)-glueans and immunostimulatory effects显示文摘	JAMOIS F FERRIRES V GUGAN J P	2005	Glycobiology2005，15，4：	1
	10	Flood routing based on diffusion wave equation using mixing cell method显示文摘	Singh V P Wang Gugan Te Adrian D D	1997	Hydrologi-cal Processes1997，，11：	1
	11	Binding site analysis of CCR2 through in silico methodologies: docking, CoMFA, and CoMSIA 显示文摘	GUGAN K CHANGDEV G G THIRUMURTHY M	2011	Chem Biol Drug Des2011，78，1：	1
	12	Evaporation of mercury from domestic waste leachate显示文摘	Jones C J Mc Gugan P J	1978	Journal of Hazardous Materials1978，2，：	1
	13	Experimental investigation of anodized/spray pyrolysed nanoporous structure on heat transfer augmentation显示文摘This paper analyzes the effects of nanoporous surface on heat transfer temperaments of assorted thermal conductingmaterials. A phenomenal proposal of wielding the surface roughness to ameliorate the heat transfer ratehas been discovered. The maximum increase of heat transfer rate procured by nanoporous layers is 133.3% higherthan the polished bare metals of surface roughness 0.2μm. This plays an imperative role in designing compact refrigerationsystems, chemical and thermal power plants. Experimental results picture a formidable upswing of58.3% heat transfer in chemically etched metals of surface roughness 3 μm, 133.3% in nanoporous surface of porosity75-95 nm formed by electrochemical anodization, and porosity of 40-50 nm formed by spray pyrolysis increasesthe heat transfer by 130%. Effects of porosity, flow velocity and scaling on the energy transfer are alsoscrutinized. This paper also analyzes the multifarious modes of nanoporous fabrication, to contrive both prodigiousand provident system.	Kalaiselvam S. Gugan M.S. Kuraloviyan E. Meganathan R. NiruthiyaPriyan A. Swaminathan M.R.	2009	Journal of Thermal Science2009，18，4：	0

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