Thomas Laude's pages - Science de la matière et de l'énergie

nano-database

Articles should be at lowest level of categories. If you need a new category, please email me. Proceedings should not be registered. Books are welcomed.

Present category:

nanostructures/growth mechanisms/thermo-physical considerations/

Lower categories:

No lower category

	Tittle	First author		Journal	Ref.	Page	Year
173	Single-walled carbon NT produced by cw CO2-laser ablation: study of parameters important for their formation	munoz	e.	Appl. Phys. A	70	145	2000
295	Mechanism of carbon NT formation in the arc discharge	gamaly	e. g.	Phys. Rev. B	52, 3	2083	1995
162	Organisation of carbon and BN layers in mixed nanoparticles and NT synthesized by arc disharge	suenaga	k.	Appl. Phys. A	68	301	1999
169	Self-Assembly of tubular fullerenes	guo	t.	J. Phys. Chem.	99	10694	1995
257	multi wall carbon NT: self-organisation and inhibition of step-flow growth kinetics	louchev	o.	J. of Appl. Phys.	?		2000
158	Surface diffusion growth and stability mechanism of BN NT produced by laser beam heating under superhigh pressures	louchev	o. l.	Appl. Phys. Let.	71, 24	3522	1997
165	Growth model for carbon nanotubes	ijima	s.	Phys. Rev. Let.	69, 21	3100	1992
172	Diagnostics of laser-produced plume under carbon NT growth conditions	arepalli	s.	Appl. Phys. A	70	125	0000
287	Non-uniformity of temperatures along nanotubes in hot reactors and axial growth	Laude	Thomas	Europeen Journal of Applied Physics	28	173	2004
161	Coupling of kinetic and transport phenomena in self-organization of C-B-N nanotube growth into sandwich structures	louchev	o. a.	Appl. Phys. Let.	77, 10	1446	2000
168	Morphology, structure, and growth of nanoparticles produced in a carbon arc	scott	j. h. j.	Phys. Rev. B	52, 17	12564	1995
175	Formation of cluster-assembled carbon nano-foam by high-repetition-rate laser ablation	rode	to fill	Appl. Phys. A	70	135	2000
157	Filamentous growth of carbon through benzene decomposition	oberlin	a.	J. of cryst. Growth	32	335	1976
164	Pentagons, heptagons and negative curvature in graphite microtubule growth	ijima	s.	Nature	356	776	1992
171	Dynamics of single-wall carbon NT synthesis by laser vaporization	puretzky	a.	Appl. Phys. A	70	153	2000
263	Growth model for carbon nanotubes	ijima	s.	Phys. Rev. Let.	69, 21	3100	1992
160	multi wall carbon NT: self-organisation and inhibition of step-flow growth kinetics	louchev	o.	J. of Appl. Phys.	?		2000
167	Mechanism of carbon NT formation in the arc discharge	gamaly	e. g.	Phys. Rev. B	52, 3	2083	1995
174	Single walled carbon NT formation with a continuous CO2-laser: experiments and theory	gamaly	e.	Appl. Phys. A	70	161	2000
297	Single-walled carbon NT produced by cw CO2-laser ablation: study of parameters important for their formation	munoz	e.	Appl. Phys. A	70	145	2000
163	Formation of carbon nanofibers	endo	m.	J. Phys. Chem.	96	6941	1992
170	Controlling SWNT diameters with variation in laser pule power	dillon	a.	Chem. Phys. Let.	316	13	2000
262	NT self-organization: Formation by step-flow growth	louchev	o. a.	Appl. Phys. Let.	74, 2	194	1999
159	NT self-organization: Formation by step-flow growth	louchev	o. a.	Appl. Phys. Let.	74, 2	194	1999
166	Model of carbon NT growth through chemical vapor deposition	sinnott	s. b.	Chem. Phys. Let.	315	25	1999

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To contact me: thomaslaudeABC@uminokai.net (Remove ABC, it is against spam.)
The material present here is copyrighted. Key-words: nanotechnology, science, nanotubes.