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		题名	作者	年代	出处	被引量
	1	Formation of silica-embedded iron oxide nanoparticles in low-pressure flames 显示文摘	JANZEN C KNIPPING J RELLINGHAUS B ROTH P	2003	Journal ofNanoparticles Res2003，5，：	1
	2	IEEE Transactions on Magnetics显示文摘	Weinforth H Somsen C Rellinghaus B	1998	34:11321998，34，：	1
	3	Growth-induced magnetic anisotropy and clustering in vapor-deposited Co-Pt alloy films显示文摘	Shapiro A L Rooney P W Tran M Q Hellman F Ring K M Kavanagh K L Rellinghaus B Weller D	1999	Phys Rev B1999，60，12：	1
	4	Destabilization of ico- sahedral structures in FePt multiply twinned particles 显示文摘	Rellinghaus B Dnfitrieva O Stappert S	2004	J Crystal Growth2004，262，：	1
	5	Shedding Light on the Crystallographic Etching of Multi-Layer Graphene at the Atomic Scale显示文摘The controlled etching of graphite and graphene by catalytic hydrogenation is potentially a key engineering route for the fabrication of graphene nanoribbons with atomic precision.The hydrogenation mechanism,though,remains poorly understood.In this study we exploit the benefi ts of aberration-corrected high-resolution transmission electron microscopy to gain insight to the hydrogenation reaction.The etch tracks are found to be commensurate with the graphite lattice.Catalyst particles at the head of an etch channel are shown to be faceted and the angles between facets are multiples of 30°.Thus,the angles between facets are also commensurate with the graphite lattice.In addition,the results of a post-annealing step suggest that all catalyst particles even if they are not involved in etching are actively forming methane during the hydrogenation reaction.Furthermore,the data point against carbon dissolution being a key mechanism during the hydrogenation process.	Franziska Schäffel Jamie H.Warner Alicja Bachmatiuk Bernd Rellinghaus Bernd Büchner Ludwig Schultz Mark H.Rümmeli	2009	Nano Research2009，2，9：	0

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