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8篇 您的检索式：作者名="Dijon J"

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		题名	作者	年代	出处	被引量
	1	Density control of carbon nanotubes and filaments films by wet etching of catalyst particles and effects on field emission properties显示文摘	De Monsabert T G Dijon J Gadelle P	2005	Carbon2005，43，12：	1
	2	Laser induced absorption at 355nm silica studied by calorimetry and photothermal deflection显示文摘	DIJON J	1996	SPIE1996，2714，：	1
	3	The effects of particle pollution on the mechanical behaviour of multilayered system显示文摘	Poulingue M Ignat M Dijon J	1999	Thin Solid Films1999，348，12：	1
	4	The effects of particle pollution on the mechanical behaviour of multilayered systems显示文摘	Poulingue M Ignat M Dijon J	1999	Thin Solid Films1999，348，12：	1
	5	Laser damage of opti- cal coating from UV to deep UV at 193nm显示文摘	DIJON J QUESNEL E PELLE C	1998	Proceedings of SPIE1998，3578，：	1
	6	A unified electrical model based on experimental data to describe electrical transport in carbon nanotube-based materials显示文摘Understanding the electrical transport in carbon nanotube(CNT)materials is one key to reach very high electrical conductivities.All CNT material resistivity(ρ(T))as function of the temperature are fully apprehended by their reduced activation W(T)=dln(ρ)/dln(T)curves.Up to now,no model accurately fits W(T)curves,thus preventing from precisely describing the CNT material electrical transport.We present a new electrical transport model that perfectly fits all W(T)curves found in the literature and in our own data.CNT material resistivities are modeled byρ(T)=ρ0(T^−α+M(1+βTγT^2)).Our model has few enough parameters(α,M,β,γ)to relate them to the CNT physics.Below 70 K,we experimentally show that CNT material resistivity follows the Luttinger Liquid theory justifying the T^−αterm in our model.Above 70 K,the polynomial part becomes dominant and depends on the two different CNT fabrication techniques which lead to two very different yarn structures.For yarns made from floating catalyst chemical vapor deposition CNTs,the polynomial is explained by the percolation of metallic CNT walls.Whereas,the polynomial of yarns spun from CNT arrays is explained by the electrical transport in CNT bundles which are the basic building blocks of this type of yarns.	Yoann Dini Jérôme Faure-Vincent Jean Dijon	2020	Nano Research2020，13，6：	1
	7	The effects of particle pollution on the mechanical behaviour of multilayered system显示文摘	Poulingue M Ignat M Dijon J	1999	Thin Solid Films1999，348，12：	1
	8	Financing constraints and investments in R&D: Evidence from Indian Manufacturing firms 显示文摘	BASH Siddhartha DIJON Glucose P J SUSPENDER Kramer	2014	The Quarterly Review of Economics and Finance2014，，55：	1

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