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16篇 您的检索式:作者名="Adnadjevic"
    题名 作者 年代 出处 被引量
1The influence of hydroxyapatite modification on the cross-linking of polydimethylsiloxane/HAp composites显示文摘J. Jovanovic B. Adnadjevic M. Kicanovic D. Uskokovic 2004Colloids and Surfaces B: Biointerfaces2004,,4:1
2Catalytic reduction of NO and NOx content in tobacco smoke显示文摘Cvetkovic N Adnadjevic B Nikolic M 2002Beitr Tabakforsch Int2002,20,1:1
3Isothermal kinetics of (E) -4-(4-metoxyphenyl)-4-oxo-2 butenoic acid release from poly ( acrylic acid) hydrogel 显示文摘Adnadjevic B Jovanovic J Drakulic B 2007Thermochimica Acta2007,466,12:1
4Catalytic reduction of NO and Nox content in tobacco smoke显示文摘Cvetkovic N Adnadjevic B 2002Beitr Tabakforsch2002,20,1:1
5Dimension theory of fuzzy spaces显示文摘Adnadjevic D 1988Fuzzy Sets and Systems1988,26,:1
6Some properties of the dimensions F-ind of GF-spaees显示文摘Adnadjevic D 1993Fuzzy Sets and Systems1993,54,:1
7M Catalytic Reduction of NO and NO,,Content in Tobacco Smoke显示文摘 Adnadjevic B Nikolic 2002Beitrige zur Tabakforschung International2002,20,1:1
8Isothermal kinetics of (E)-4-(4-metoxyphenyl)-4-oxo-2-butenoic acid release from a poly(acrylic acid-co-methacrylic acid) hydrogel显示文摘Borivoj Adnadjevic Jelena Jovanovic Ivana Krkljus 2008Journal of Applied Polymer Science2008,107,:1
9Effect of different physicochemieal properties of hydrophobie zeolites on the pervaporation properties of PDMS-membranes显示文摘Adnadjevic B Jovanovic J Gajinov $ 1997J Membr Sci1997,136,12:1
10The influence of NaX zeolite particle size on crystallinity measured by the XRD method显示文摘Adnadjevic B Vukicevic J Filipovic R Z Markovic V 1990Zeolites1990,10,7:1
11Effect of different physicochemical properties of hydrophobic zeolites on the pervaporation properties of PDSM - membranes 显示文摘Adnadjevic B Jovanovic J Gajinov S 1997J Membr Sci1997,136,:1
12The influence of NaX zeolite particle size on crystallinity measured by the XRD method 显示文摘ADNADJEVIC B VUKICEVIC J FILIPOVIC-ROJKA Z 1990Zeolites1990,10,7:1
13The influence of hydroxyapatite modification on the cross - linking of polydimethylsi- loxane/HAp composites 显示文摘JOVANOVIC J ADNADJEVIC B KICANOVIC M 2004Colloids and Surfaces B : Biointerfaces2004,39,:1
14Effect of different physicochemical properties of hydrophobic zeolites on the pervaporation properties of PDMS- membranes 显示文摘Adnadjevic B Jovanovic J Gajinov S 1997Journal of Membrane Science1997,136,12:1
15Unique effects of microwave heating on polymerization kinetics of poly(methyl methacrylate) composites显示文摘Pavle Spasojevi? Jelena Jovanovi? Borivoj Adnadjevic 2013Materials Chemistry and Physics2013,,:1
16The Effect of Methacrylic Acid and Maleic Acid on the Isothermal Kinetics of Acrylic Acid Crosslinking Co-polymerization under Conventional and Microwave heating显示文摘The kinetics of free-radical crosslinking co-polymerization(FRCCP)of acrylic acid(AA)with both methacrylic acid(MA)(PAMA hydrogel)and maleic acid(MAL)(PAMAL hydrogel)was investigated under the conditions of isothermal conventional heating(CH)and under the conditions of microwave heating(MWH)with controlled cooling.The kinetics curves of FRCCP of PAMA and PAMAL hydrogels under the conditions of CH are described with the kinetics model of second order chemical reaction,whereas the kinetics curves under the conditions of CH are described with the kinetics model of Polany-Winger.It is proved that MWH leads to the changes in the rate of FRCCP and to the changes in the values of the kinetic parameters activation energy(Ea)and pre-exponential factor(lnA).It was found the existence of relationship between the values of the kinetic parameters calculated for MWH and CH for PAMA and PAMAL hydrogel synthesis process,which is well-known as compensation effect.The effect of MWH on the kinetics of FRCCP for PAMA and PAMAL hydrogel formation were explained by applying the model of activation by selective energy transfer(SET).The changes in kinetics model,rate of FRCCP and kinetics parameters,caused with the MWH can found wide application in designing novel technologies for obtaining polymers and for synthesis of polymers with novel physico-chemical properties.The suggested mechanism of activation for polymerisation under the conditions of MWH also enables development of novel reaction systems and technologies for polymers productions.Jelena Jovanovic Borivoj Adnadjevic 2019Non-Metallic Material Science2019,1,2:0
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