Time stepping algorithms for classical dynamics. Meshfree methods. The density matrix renormalization methoeds: a numerical technique for low-dimensional and nanoscopic systems. Bridging scale methods for computational nanotechnology. Finite element metho

Please use this identifier to cite or link to this item: http://hdl.handle.net/11744.6/6891

Full metadata record

DC Field	Value	Language
dc.contributor.author	Editor: H. S. Nalwa
dc.date.accessioned	2017-05-16T21:08:14Z	-
dc.date.available	2017-05-16T21:08:14Z	-
dc.identifier.govdoc	Mỹ
dc.identifier.other	CNNT-555
dc.identifier.uri	http://hdl.handle.net/11744.6/6891	-
dc.description	Tiếng anh. - Los Angeles, California, USA: American Scientific Publishers, 2006. - Tiếng Anh.
dc.description	Tiếng anh. - Los Angeles, California, USA: American Scientific Publishers, 2006. - Tiếng Anh.
dc.description	56
dc.description	1
dc.description.abstract	HANDBOOK OF THEORETICAL AND COMPUTATIONAL NANOTECHNOLOGY: 10 VOLUMES. VOLUME 2. ATOMISTIC SILULATIONS-ALGORITHMS AND METHODS= Sổ tay công nghệ nanô/nano lý thuyết và điện toán: 10 tập. Tập 2. Mô phỏng nguyên tử-thuật toán và phương pháp (CÔNG NGHỆ NANO. C
dc.publisher	5/13/2007
dc.subject	5
dc.subject	Tra cứu
dc.title	Time stepping algorithms for classical dynamics. Meshfree methods. The density matrix renormalization methoeds: a numerical technique for low-dimensional and nanoscopic systems. Bridging scale methods for computational nanotechnology. Finite element metho
Appears in Collections:	Tong Hop

Files in This Item: