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2篇 您的检索式：作者名="Mingdeng Huang"

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		题名	作者	年代	出处	被引量
	1	Metal–organic framework derived hierarchical porous TiO_2 nanopills as a super stable anode for Na-ion batteries显示文摘Hierarchical porous TiO_2 nanopills were synthesized using a titanium metal-organic framework MIL-125(Ti) as precursor. The as-synthesized TiO_2 nanopills owned a large specific surface area of 102 m^2/g and unique porous structure. Furthermore, the obtained TiO_2 nanopills were applied as anode materials for Na-ion batteries for the first time. The as-synthesized TiO_2 nanopills achieved a high discharge capacity of 196.4 m Ah/g at a current density of 0.1 A/g. A discharge capacity of 115.9 m Ah/g was obtained at a high current density of 0.5 A/g and the capacity retention was remained as high as 90% even after 3000 cycles. The excellent electrochemical performance can be attributed to its unique hierarchical porous feature.	Huan Li Zhiguo Zhang Xiao Huang Tongbin Lan Mingdeng Wei Tingli Ma	2017	Journal of Energy Chemistry2017，26，4：	1
	2	Enhanced thermal performance from liquid metal in copper/graphite filled elastomer显示文摘With the increasing integration level of modern electronics,thermal management becomes an urgent issue for guaranteeing the work efficiency and lifespan of electronics.On the basis of intrinsic high thermal conductivity nature,highly ordered graphite and copper stripes are densely aligned in the silicone gel pads in vertical(VCuGr)and oblique(@15°CuGr)directions to couple the high thermal conductivity and mechanical softness.The wetting nature of liquid metal(LM)on the chemically treated Cu surface is utilized to form a LM layer on the two surfaces of thermal pads.The obtained LM-pad TIMs possessed ultrahigh through-plane thermal conductivity(VCuGr:71.4 W/(m K),@15°CuGr:62.5 W/(m K))under the normal packaging pressure.The thermal resistance decreased from 0.69 cm^(2) K/W to 0.25 cm^(2) K/W with the surface modification with LM.Theoretical simulation and practical thermal dissipation test results further demonstrate the excellent thermal management capability of these composites in high-power electronics.	Yisimayili Tuersun Xu Huang Mingdeng Huang Weiguang Lin Pingjun Luo Haoran Yang Sheng Chu	2023	Journal of Materials Science & Technology2023，，21：	0

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