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10篇 您的检索式：作者名="Seyring M"

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		题名	作者	年代	出处	被引量
	1	Detection and identification of endophytic bacteria in plant tissue cultures of Primula vuigaris Huds显示文摘	Seyring M	1998	Gartenbauwissnschaft1998，63，1：	1
	2	Characterization of precipitate evolution in an artificially aged Al-Zn-Mg-Sc-Zr alloy显示文摘	WU L M SEYRING M RETTENMAYR M WANG W H	2010	Materials Science and Engineering A2010，527，10：	1
	3	Comparative analysis of cell cycle events in zygotic and somatic embryos of Cyclamen persicum indicates strong resemblance of somatic embryos to recalcitrant seeds显示文摘	Schmidt T H Ewald A Seyring M Hohe A	2006	Plant Cell Rep2006，25，7：	1
	4	Characterization of precipitate evolution in an artificially aged A1-Zn-Mg-Sc-Zr alloy 显示文摘	WU L M SEYRING M M RETTENMARY M	2010	Materials Science and Engineering A2010，527，12：	1
	5	Crystal structure and magnetic performanceof single-phase nanocrystalline SmCo? alloy 显示文摘	ZHANG Z X SONG X Y XU W W SEYRING M RETTENMAYR M	2010	ScriptaMaterialia2010，62，：	1
	6	Characterization of precipitate evolution in an artificial- ly aged A1-Zn-Mg-Sc-Zr alloy显示文摘	WU Ling-mei SEYRING M RETFENMAYR M	2010	Materials Science and Engineering A2010，527，：	1
	7	Detection and identification of endophytic bacteria in plant tissue cultures of Primula vulgaris Huds 显示文摘	Seyring M	1998	Garten-bauwissnschaft1998，63，1：	1
	8	Loss rate is still too high显示文摘	Seyring M	2000	TASPO Gartenbaumazin2000，10，2：	1
	9	Characterizationof precipitate evolution in an artificially aged Al-Zn-Mg-Sc-Zralloy显示文摘	WU Ling-mei Seyring M Rettenmayr M	2010	Materials Science and Engineering A2010，527，45：	1
	10	Low-energy ion channeling in nanocubes显示文摘Focused ion beam(FIB)processing with low-energy ions has become a standard technique for the manipulation of nanostructures.Many underlying ion beam effects that deviate from conventional high-energy ion irradiation of bulk systems are considered today;however,ion channeling with its consequence of significant deeper penetration depth has been only theoretically investigated in this regime.We present here an experimental approach to determine the channeling of low-energy ions in crystalline nanoparticles by measuring the sputter yield derived from scanning electron microscopy(SEM)images taken after irradiation under various incident ion angles.Channeling maps of 30 and 20 keV Ga+ions in Ag nanocubes have been identified and fit well with the theory.Indeed,channeling has a significant impact on the transport of energetic ions in crystals due to the large critical angle at low ion energies,thus being relevant for any FIB-application.Consequently,the obtained sputter yield clearly differs from amorphous materials;therefore,it is recommended not to rely only on,e.g.,ion distribution depths predicted by standard Monte-Carlo(MC)algorithms for amorphous materials.	Shiva Choupanian Wolfhard Möller Martin Seyring Carsten Ronning	2023	Nano Research2023，16，1：	0

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