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	题名	作者	年代	出处	被引量
1	Detection of the infectious hematopoietic necrosis virus directly from infected fish tissues by dot blot hybridization with a non-radioactive probe显示文摘	M.P. Gonza′lez X. Sa′nchez M.A. Ganga M. Lo′pez-Lastra M. Jashe′s A.M. Sandino	1997	Journal of Virological Methods1997，，2：	1
2	A detection method for infectious pancreatic necrosis virus(IPNV)based on reverse transcription(RT)-polymerase chain reaction(PCR)显示文摘	Lopez-Lastra M Gonzalez M Jashes M	1994	J Fish Dis1994，17，：	1
3	Dairy farmers' multi- nutrient wand: urea molasses block licks 显示文摘	Jash S Anandan S	2013	Value Addition of Feed and Fodder for Dairy Cattle2013，，：	1
4	Role of common investigations in aetiological evaluation of exudative pleural effusions显示文摘	Maji A Maikap MK Jash D		J Clin Diagn Res0，7，10：	1
5	Sustainability of decentralized wood fuel-based power plant: An experience in India 显示文摘	GHOSH S DAS T K JASH T	2004	Energy2004，29，：	1
6	Melanotic neuro-ectodermal tumour of infancy显示文摘	Jash PK Roy C Chatterjee K	2012	J Indian Med Assoc2012，110，57：	1
7	Fire retardaney of vinyl ester nanocomposites: Synergy with phosphorus-based fire retardants显示文摘	Chigwada G Jash P Jiang D D	2005	Polymer Degradation and Stability2005，89，1：	1
8	Synergy between nanocomposite formation and low levels of bromine on fire retardancy in polystyrenes 显示文摘	Chigwada G Jash P Jiang D D Wilkie C A	2005	Polym Degrad Stab2005，88，：	1
9	Fire retardancy of vinyl ester nanocomposites: synergy with phosphorus-based fire retardants显示文摘	Chigwada G Jash P Jiang D D Wilkie C A	2005	Polym Degrad Stab2005，89，：	1
10	Synergy between nnno-compos- ite formation and low levels of bromine on fire retardaney in polystyrenes 显示文摘	Chigwada G Jash P Jiang D D	2005	Polymer Deradation Stability2005，88，3：	1
11	A detection method for infectious pancreatic necrosis virus (IPNV) based of reverse transcription (RT)-polymerase chain reaction (PCR) 显示文摘	Lopez-lastra M Gonzatez M Jashes M	1994	J Fish Dis1994，17，：	1
12	Effects of surfactants on the thermal and fire properties of poly (methyl methacrylate )/clay nanocomposites显示文摘	Jash P Wilkie CA	2005	Polym Degradation Stab2005，88，3：	1
13	Fire Retardancy of Vinyl Ester Nanocomposites Synergy with Phosphorus-based Fire Retardants显示文摘	Grace Chigwada Panchatapa Jash David D Jiang	2005	Polymer Degradation and Stability2005，89，1：	1
14	Fire retardancy of vinyl esternanocomposites:Synergy with phosphorus-based fire retardants显示文摘	Chigwada C Jash P Jiang D D	2005	PolymerDegradation and Stability2005，89，1：	1
15	Unexplained dyspnea in a patient of chronic arsenicosis:a diagnostic challenge and learning curve for physicians显示文摘	SENGUPTA A MAJI A JASH D	2015	Lung India2015，32，2：	1
16	Spectroscopic probing of the microenvironment in a protein - surfaetant assembly 显示文摘	ANAND U JASH C MUKHERJEE S	2010	The Journal of Physical Chemistry B2010，114，15：	1
17	Molecular characterization of IPNV RNA replication intermediates during the viral infective cycle显示文摘	Cortez-San M M Villanueva R A Jashes M	2009	Virus Research2009，144，12：	1
18	A systematic review on nanotechnology in enhanced oil recovery显示文摘Primary objective of the paper is to represent the functionality of nanotechnology in Enhanced Oil Recovery(EOR).Nanoparticles can resist high temperature and pressure in subsurface oil reservoir system and exhibit different properties compared to same fine or bulk molecules.Due to small in size,it increases surface area and it creates massive diffusion driving force at higher pressure and temperature.In small surface area,it contains much higher concentration of atoms.Nanoparticles are used to modify optical,specific,thermal,interfacial properties of tight oil reservoir with 5e50 mm size pore diameter which consists trapped oil in place.Study reveals that by controlling nano mineral complexes can increase recovery of oil in oil field due to capillary hysteresis value change and specific behavior of clay mineral.Nanoparticles boost the oil recovery by mechanism of reduction in mobility ratio which reduces viscosity of heavy oil and interfacial tension and increase in fault lines permeability.Nanoparticles like silane treated silicon oxides,aluminium oxides in brine can be used.They have tendency of displacement of water and magnifies flow of oil in well.Some nanoparticles performance depends upon its operational condition for EOR process.In modern oil and gas domain by using EOR technique have oil recovery factor magnitude of 0.3e0.5;but by using nanotechnology there will be growth in oil&gas recovery efficiently and guarantying oil recovery factor range up to 0.5 to 0.6.It is not possible to know all application of nanotechnologies;but some experimental results and advanced technologies deduce that there is reduction in cost of hydrocarbon production for its market use by application of nanotechnology in EOR.Further advancement in nanotechnologies can increase more recovery of oil&gas.	Himanshu Panchal Hitarth Patel Jash Patel Manan Shah	2021	Petroleum Research2021，6，3：	1
19	Effects of surfactants on the thermal and fire properties of poly(methyl methacrylate)/clay nanocomposites显示文摘	Jash P Wilkie C A	2005	Polymer Degradation and Stability2005，88，3：	1
20	Inhibitory effects of EICAR on infectious pancreatic necrosis virus replication 显示文摘	Mlynarz G De Clercq K	2000	Antiviral Res2000，45，1：	1

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