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		题名	作者	年代	出处	被引量
	1	Measurement of thermal boundary conductance between metal and dielectric materials using femtosecond laser transient thermoreflectance technique显示文摘The thermal boundary conductance of Al/SiO2, Al/Si, Au/SiO2, and Au/Si are measured by a femtosecond laser transient thermoreflectance technique. The distinct differences of the interfacial thermal conductance between these samples are observed. For the same metal film, the thermal boundary conductance between metal and substrate decreases with the thermal conductivity of the substrate. The measured results are explained with the phonon diffusion mismatch model by introducing a phonon transmission coefficient across the interface.	ZHANG ChungWei BI KeDong WANG JianLi NI ZhongHua CHEN YunFei	2012	Science China(Technological Sciences)2012，55，4：	4
	2	Molecular dynamics simulation of thermal conductivity of single-wall carbon nanotubes显示文摘	Bi Kedong Chen Yunfei Yang Juekuan	2006	Phys Lett A2006，350，：	1
	3	Manipulation of interfacial thermal conductance via Rhodamine 6G显示文摘界面的热传导力在 nanoscale 系统的热转移效率起一个重要作用。越过 Al/SiO 的热传导力 < 潜水艇 class= “ a-plus-plus ” > 2 个接口,在夹的玫瑰精 6G 答案的集中受到变化,与时间领域被测量短暂 thermoreflectance 技术。在艾尔和 SiO 之间的接口的热传导力 < 潜水艇 class= “ a-plus-plus ” > 2 对数地随玫瑰精 6G 答案的集中的增加减少。这研究表明越过一个接口的热运输效率能被介绍在接口的双方之间的器官的 moleculars 方便地根据热工程的需求操作。	Chunwei Zhang Weiwei Zhao Yong Zeng Hai Zhou Kedong Bi Yunfei Chen	2015	Science Bulletin2015，60，6：	0
	4	The oscillatory damped behavior of double wall carbon nanotube oscillators in gaseous environment显示文摘The mechanical oscillatory behaviors of multiwall carbon nanotube oscillators in gaseous environment are investigated using the molecular dynamics method. The effects of ambient gas and temperature on intertube frictional force and oscillation frequency are analyzed. It is found that the intertube frictional force increases with the ambient gas density and temperature. Higher gas density and higher tem- perature cause a more rapid decay in the oscillation amplitude and an increase of the oscillation fre- quency. Compared to the vacuum environmental condition, the collision between gas atoms and the nanotube walls is a main ingredient leading to the increase of the energy dissipation. Gas damping may be the main reason for the failure of carbon nanotube oscillators working in gas environment. The am- bient temperature also has an important effect on oscillations and low temperature is advantageous to sustain oscillations.	LI Jian BI KeDong CHEN MinHua CHEN YunFei	2009	Science China(Technological Sciences)2009，52，4：	0

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