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		题名	作者	年代	出处	被引量
	1	Fuzzy models for the newsboy problem显示文摘	Dobrila Petrovi (c) Radivoj Petrovi (c) Mirko Vujo(S)evi (c)	1996	International Journal of Production Economics1996，45，1：	1
	2	Distributed measuremeant and control system based on micro-controlian with automatic program generation显示文摘	Miodrag Bolie Vujo Dmdarevic Branko	2000	Sensors and Actuators A2000，90，：	1
	3	Fuzzy Models for the Newsboy Problem显示文摘	PETROVI(C) D PETROVI(C) R VUJO(S)EVI(C) M		0，，1：	1
	4	Gamma radiation monitoring with intemet-based sensor network显示文摘	Drndarevic Vujo Bolic	2008	Instrumentation Science & Technology2008，36，2：	1
	5	Digital gamma-ray spectroscopy based on FPGA technology显示文摘	Miodrag Boli Vujo Drndarevi	2002	Nuclear Instruments and Methods in Physics Research2002，482，3：	1
	6	Reconstruction of the evolutionary dynamics of hepatitis C virus subtypes in Montenegro and the Balkan region显示文摘	Gianguglielmo Zehender Chiara Sorrentino Alessia Lai Erika Ebranati Elena Gabanelli Alessandra Lo Presti Danijela Vujo?evic Dragan Lau?evic Dragica Terzi? Renata Shkjezi Silvia Bino Zoran Vratnica Boban Mugosa Massimo Galli Massimo Ciccozzi	2013	Infection Genetics and Evolution2013，，：	1
	7	Enhanced Savings Calculation and its Applications for Solving Capacitated Vehicle Bouting Problem 显示文摘	Milan Stanojevi? a Bogdana Stanojevi? b Mirko Vujo? evi? a	2013	Applied Mathematics and Computation2013，219，10：	1
	8	Fuzzy models for the newsboy problem显示文摘	Petrovic D Petrovic R Vujoevic M	1996	International Journal of Production Economics1996，45，13：	1
	9	Gamma radiation moni-toting with interuet-based sensor network 显示文摘	Vujo Drndarevic Miodrag Bolic	2008	Instrumen- tation Science & Technology2008，36，2：	1
	10	Plasma effects on the bacteria Escherichia coli via two evaluation methods显示文摘The degradation of?Escherichia coli?bacteria?by treatment with?cold,?weakly ionised, highly dissociated oxygen plasma,?with?an?electron temperature of 3 e V, a?plasma density of 8?×?10^(15)m^(-3) and a?neutral oxygen atom density of 3.5?×?1021m^(-3) was studied. To determine the ‘real' plasma effects,?two methods were used for evaluation and determination, as well as a comparison of the number of?bacteria that had?survived: the standard plate count technique(PCT) and?advanced fluorescence-activated cell sorting(FACS). Bacteria were deposited onto glass substrates and kept below 50 °C during the experiments with oxygen plasma. The results showed that the?bacteria had?fully degraded after about 2 min of plasma treatment, depending slightly on the amount of bacteria that had been?deposited on the substrates. The very?precise determination of the O flux on?the substrates and the two-method comparison allowed for the determination of the critical dose of oxygen atoms required for the destruction of a bacterial cell wall—about 6?×?10^(24)m^(-2)—as well as deactivation of the substrates—about 8?×?1025m^(-2).These results were taken in order to discuss other results obtained by comparable studies and scientific method?evaluations in the determination of plasma effects on bacteria.	Danijela VUJO?EVI? Uro? CVELBAR Ur?ka REPNIK Martina MODIC Sa?a LAZOVI? Tina ZAVA?NIK-BERGANT Nevena PUA? Boban MUGO?A Evangelos GOGOLIDES Zoran Lj PETROVI? Miran MOZETI?	2017	Plasma Science and Technology2017，19，7：	0

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