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14篇 您的检索式：作者名="THIO W"

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		题名	作者	年代	出处	被引量
	1	Determinants of directionality in lambda site-specific recombination 显示文摘	Yin S Thio LL	1984	Cell1984，39，32：	1
	2	Linearization of the Lorenz system显示文摘	Li Chunbiao SPROTT J C THIO W	2015	Physics Letters A2015，5，10：	1
	3	Bistability in a hyperchaotic system with a line equilibrium显示文摘	LI C B SPROTT J C THIO W	2014	Journal of experimental and theoreticalPhysics2014，118，3：	1
	4	Control of optical transmission through metals perforated with subwavelength hole arrays显示文摘	Tae Jin Kim Tineke Thio Ebbesen T W	1999	Optics Letters1999，24，4：	1
	5	Linearization of the Lorenz system显示文摘	LI C B SPROTF J C THIO W	2015	Physics Letters A2015，379，1011：	1
	6	Electrical conductivity of individual carbon nanotubes 显示文摘	EBBESEN T W LEZEC H J HIURA H BENNETT J W GHAEMIH F THIO T	1996	Nature1996，382，6586：	1
	7	Subwavelength tunneling of electromagnetic waves显示文摘	Lezec H J Ghaemi H F Thio T Wolff P A	1998	Nature (London)1998，391，：	1
	8	Electrical Conductivity of Individual Carbon Nanotubes显示文摘	Ebbesen T W Lezec H J Hiura H Bennett J W Ghaemi H F Thio T	1996	Nature1996，382，6586：	1
	9	Strongly enhanced optical transmission through subwavelength holes in metal films 显示文摘	Thio T Lezee H J Ebbesen T W	2000	Physiea B2000，279，：	1
	10	Strongly enhanced optical transmission through subwavelength holes in metal films显示文摘	Thio T Lezec H J Ebbesen J W	2000	Physica B2000，279，：	1
	11	Extraordinary opticaltransmission through sub-wavelength hole arrays显示文摘	EBBESEN T W LEZEC H F THIO T	1998	Nature1998，391，：	1
	12	Giant optical transmission of sub-wavelength apertures:,physics and applications显示文摘	THIO T LEZEC H J EBBESEN T W	2002	Nanotechnology2002，13，3：	1
	13	Antisymmetric exchange and its influence on the magnetic structure and conductivity of La2CuO4 显示文摘	THIO T T THURSTON R PREYER N W	1988	Physical Review B1988，38，：	1
	14	Innovative approaches towards an economic fusion reactor显示文摘Nuclear fusion potentially offers a clean;environmentally friendly and intrinsically safe energy source with an abundant fuel supply.Magnetic fusion energy research is approaching a new era of fusion power reactor design and construction planning.New physics understanding and powerful predictive tools have become available for improving fusion performance,developing and optimizing various magnetic confinement concepts.Emerging transformative enabling technologies can potentially mitigate and transform some present physics challenges from the possibly insurmountable to the potentially solvable.	Houyang Guo Francis Y C Thio Michl W Binderbauer Richard J Buttery Thomas R Jarboe Rajesh Maingi John S Sarff Peter C Stangeby Derek A Sutherland Mickey R Wade Michael C Zarnstorff	2020	National Science Review2020，7，2：	0

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