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10篇 您的检索式：作者名="Frantisek C"

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		题名	作者	年代	出处	被引量
	1	Characteristics of thermal cycling in a magnesium alloy composite显示文摘	Frantisek C Pavel L Jens K	2002	Materials Science and Engineering2002，325，：	1
	2	Generalized maximum likelihood estimates for exponential families显示文摘	IMRE C FRANTISEK M	2008	Probability Theory and Related Fields2008，141，：	1
	3	Automated solving of the DEDS control problems显示文摘	Frantisek C	2004	Lecture Notes in Computer Science2004，16，11：	1
	4	Automated solving of the DEDS control problems显示文摘	Frantisek C	2004	Lecture Notes in Computer Science2004，1611，：	1
	5	Crystallization ofsynthetic hydrotalcite under hydrothermal conditions显示文摘	Frantisek K David K Zuzana C	2005	Applied Clay Science2005，28，：	1
	6	P-glycoprotein in the placenta: Expression, localization, regulation and function 显示文摘	MARTINA C N PETR P FRANTISEK S	2006	Reprod Toxicol2006，22，3：	1
	7	The development of free amino acids and volatile compounds in cheese Oloumoucke lvaruzky (PGI) during ripening显示文摘	Vendula P Frantisek B Martina C	2013	International Journal of Food Science and Technology2013，48，9：	1
	8	An evaluation of the creep characteristics of an AZ91 magnesium alloy composite using acoustic emission 显示文摘	Frantisek C Pavel L Milos J	2002	Mater Sci Eng A2002，338，12：	1
	9	Automated solving of the DEDS control problems显示文摘	FRANTISEK C	2004	Lecture Notes in Computer Science2004，16，11：	1
	10	Corrosion and mechanical properties of a novel biomedical WN43magnesium alloy prepared by spark plasma sintering显示文摘Alloying of Mg with rare-earth(RE)elements proved to be beneficial for their in-vitro and in-vivo performance.In this work,a novel WN43(Mg-4 wt%Y-3 wt%Nd)alloy with a well-defined composition was prepared,where,unlike in the commercial WE43 alloy,the possibly harmful RE mischmetal was substituted by less toxic Nd.A modern spark plasma sintering(SPS)technique was used to effectively produce WN43 samples from atomized powders.Sintering temperatures of 400℃-550℃ and holding times of 3 or 10 min were used and wellcompacted final materials were successfully prepared.It was shown that a superior combination of corrosion and mechanical properties was attained in the samples sintered at 500℃ and 550℃,while the effect of sintering time was rather negligible.The performance of this material was exceptional within the group of Mg alloys prepared by powder metallurgy and comparable with conventionally prepared alloys.Moreover,it was shown that a great variety of mechanical and corrosion characteristics can be obtained by altering the SPS parameters so as to fulfill case-specific requirements typical of biomedical materials.Consequently,the novel WN43 alloy prepared by SPS seems to be a particularly suitable material for biomedical use.	Michal Knapek Mária Zemková Adam Gres Eva Jablonská Frantisek Lukác Robert Král Jan Bohlen Peter Minárik	2021	Journal of Magnesium and Alloys2021，9，3：	1

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