'Insulator transition' presentation slideshows

RESONANT MULTIPLE SCATTERING

RESONANT MULTIPLE SCATTERING. R.V.MEHTA Ramanna Fellow Department of Physics Bhavnagar University,Bhavnagar 364022. scattering. Light wave when encounters obstacles either or both of two phenomena can occur Obstacle may absorb light

864 views • 58 slides

Spin-droplet state of an interacting 2D electron system

Spin-droplet state of an interacting 2D electron system. M. Reznikov. Technion. Magnetic order in clean low-density systems Methods of magnetization measurements Recharging Technique Experimental results Implications. Sasha Kuntsevich Nimrod Teneh V ladimir Pudalov.

563 views • 45 slides

Disorder effects in 2D ferromagnetic semiconductor structures:

653 views • 45 slides

The metal-insulator transition of VO 2 revisited

1.25k views • 40 slides

Comparison of x-ray and electron beams for structural, chemical and elemental analysis

Comparison of x-ray and electron beams for structural, chemical and elemental analysis. R.F. Egerton Physics Department, University of Alberta, Canada regerton@ualberta.ca www.TEM-EELS.com. Structural analysis by x-rays and electrons

571 views • 39 slides

Multifractal superconductivity

Multifractal superconductivity. Vladimir Kravtsov, ICTP (Trieste). Collaboration: Michael Feigelman (Landau Institute) Emilio Cuevas (University of Murcia) Lev Ioffe (Rutgers). Seattle, August 27, 2009. Superconductivity near localization transition in 3d.

611 views • 36 slides

CNT devices

CNT devices. Since their first discovery and fabrication in 1991, CNTs have received considerable attention because of the prospect of new fundamental science and many potential applications. Avouris, IBM. Stretching. And confined deformation.

458 views • 25 slides

Collective Charge Excitations below the Metal-to-Insulator Transition in BaVS 3

377 views • 23 slides

Metal-insulator transition (MIT) in 2D electron gas

Metal-insulator transition (MIT) in 2D electron gas. Juho Luomahaara 18.10.2007 Materiaali fysiikka II. Introduction. In 2D electron systems, the electrons are confined to move in a plane in the presence of a random potential.

361 views • 16 slides

Abstract

Tabata lab. M1 Kouji Tsuruta 2005/5/9. (2002). Abstract.

294 views • 15 slides

Correlating Electronic Transport to Atomic Structures in Self-Assembled Quantum Wires

CNMS Science Program Highlight. Correlating Electronic Transport to Atomic Structures in Self-Assembled Quantum Wires Shengyong Qin , 1 Tae-Hwan Kim , 1 Yanning Zhang, 2 Wenjie Ouyang, 2 Hanno H. Weitering, 3 Chih -Kang Shih, 4 Arthur P. Baddorf , 1 Ruqian Wu, 2 and An-Ping Li 1

125 views • 1 slides