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79篇 您的检索式:作者名="Jamnik"
    题名 作者 年代 出处 被引量
1Antioxidative action of royal jelly in the yeast cell显示文摘JAMNIK P GORANOVIC D RASPOR P 2007Experimental Gerontology2007,42,:1
2Porous olivine composites synthesized by sol-gel technique 显示文摘DOMINKO R BELE M GABERSCEK M REMSKAR M HANZEL D GOUPIL J M PEJOVNIK S JAMNIK J 2006J Power Sources2006,153,2:1
3Is small particle size more important than carbon coating? An example study on LiFePO4 cathodes显示文摘Gaberscek M Dominko R Jamnik J 0,,12:1
4Porous,carbon-decorated LiFePO4 prepared by sol-gel method based on citric acid显示文摘GABERSCEK M DOMINKO R BELE M REMSKAR M HANZEL D JAMNIK J 2005Solid State Ionics2005,176,:1
5Charge transport and chemical diffusion involving boundaries显示文摘Jamnik J Maier J 1997Solid State Ionics1997,94,14:1
6Structural properties of effective potential model by liquid state theories显示文摘This paper investigates the structural properties of a model fluid dictated by an effective inter-particle oscillatory potential by grand canonical ensemble Monte Carlo (GCEMC) simulation and classical liquid state theories.The chosen oscillatory potential incorporates basic interaction terms used in modeling of various complex fluids which is composed of mesoscopic particles dispersed in a solvent bath,the studied structural properties include radial distribution function in bulk and inhomogeneous density distribution profile due to influence of several external fields.The GCEMC results are employed to test the validity of two recently proposed theoretical approaches in the field of atomic fluids.One is an Ornstein-Zernike integral equation theory approach;the other is a third order + second order perturbation density functional theory.Satisfactory agreement between the GCEMC simulation and the pure theories fully indicates the ready adaptability of the atomic fluid theories to effective model potentials in complex fluids,and classifies the proposed theoretical approaches as convenient tools for the investigation of complex fluids under the single component macro-fluid approximation.向远涛 Andrej Jamnik 杨开巍 2010Chinese Physics B2010,19,11:1
7Generalised Maxwell-Garnett equation:Application to electrical and chemical transport显示文摘Jamnik J Kalnin J R Kotomin E A 2006Physical Chemistry Chemical Physics2006,8,11:1
8Influence of acetylene black distribution on performance of oxide cathodes for l,i ion batteries 显示文摘Dominko R Gaberscek M Drofenik J Bele M Jamnik J 2005Electrochim Acta2005,48,:1
9A powerful electrical network model for the impedance of mixed conductors显示文摘Jamnik J Maier J Pejovnik S 1999Electrochimica Acta1999,44,24:1
10The influence of chromium compounds on yeast physiology (a review)显示文摘Raspor P Batic M Jamnik P 0,,:1
11The role of acetylene black distribution in cathodes for Li ion batteries显示文摘Dominko R Gaberscek M Drofenik J Bele M Pejovnik S Jamnik J 2003J Power Sources2003,,:1
12Evaluation of the phenolic content,antioxidant activity and colour of Slovenian honey显示文摘BERTONCELJJ DOBERSEK U JAMNIK M 0,,02:1
13ls small particle size more important than carbon coating:An example study on LiFePO4 cathodes显示文摘GABERSCEK M DOMINKO R JAMNIK J 2007Electrochem Soc2007,9,12:1
14Is small particlesize more important than carbon coating? An example study onLiFeP04 cathodes显示文摘GABERSCEK M DOMINKO R JAMNIK J 2007Electrochemistry Communications2007,9,12:1
15Is small particle size more important than carbon coating? An example study on LiFePO4 cathodes 显示文摘Miran Gaberseck Robert Dominko Janez Jamnik 2007Electrochemistry Communications2007,9,12:1
16Is small particle size more important than carbon coating?An example study on LiFePO4 cathodes显示文摘GABERSCEK M DOMINKO R JAMNIK J 0,,:1
17Is Small Particle Size More Important Than Carbon Coating? An Example Study on LiFePO4 Cathodes 显示文摘GABERSCEK M DOMINKO R JAMNIK J 2007Electrochemistry Communications2007,9,12:1
18Listyle modification to Prevent and manage hypertension for exercise physiologists and fitness professionals显示文摘Jamnik VK Gledhill N Touyz KM 2005J Applphysiol2005,30,6:1
19Structure and electrochemical performance of Li2MnSiO4 and Li2FeSiO4 as potential Li-battery cathode materials 显示文摘DOMINKO R BELE M GABERSCEK M MEDEN A REMSKAR M JAMNIK J 2006Electrochemistry Communications2006,8,:1
20Evaluation of the phenolic content, antioxidant activity and colour of Slovenian honey显示文摘Bertoncelj J Dober~ek U Jamnik M 2007Food Chemistry2007,105,2:1
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