Physics of Low-Dimensional Structures

J. L. Marín

R. Riera

R. Rosas

A. Uribe

Physics of low-Dimensional structures

Geometrical effects on the ground state energy of hydrogenic impurities in quantum dots

量子点中类氢杂质基态能量的几何效应

JT Devreese

VM Fomin

VR Misko

Victor Moshchalkov

Superconducting mesoscopic square loops: Phase boundaries and magnetization

超导介观方形环：相边界与磁化

CC Wu

CJ Lin

Effect of nonparabolic bands on impurity-limited mobility of semiconducting thin wires in n-type germanium

非抛物带对n型锗半导体薄线杂质限制迁移率的影响

P. Basmaji

G. M. Gusev

N. La Scala

P. P. Gonzalez-Borrero

D. I. Lubyshev

Mpa da Silva

D. K. Maude

J. C. Portal

Y. A. Pusep

J. C. Rossi

Interference effects in nonplanar wires with a two-dimensional electron gas

非平面导线中二维电子气的干扰效应

T. Meier

P. Thomas

S. W. Koch

Coherent effects in photoexcited semiconductor superlattices with electric fields

电场作用下光激发半导体超晶格中的相干效应

We present a magnetic force microscopy investigation into the magnetic properties of arrays of Co nanoparticles fabricated by electron be am lithography. Vorticity directions are determined in zero applied magnetic fields. Experimental dependence of height on stable magnetic states of the particles is investigated. The statistics of the vorticity direction distribution is discussed.

A. A. Fraerman

Lyubov M. Belova

B. A. Gribkov

S. A. Gusev

A. Y. Klimov

V. L. Mironov

D. S. Nikitushkin

G. L. Pakhomov

K. Venkat Rao

V. B. Shevtsov

M. A. Silaev

S. N. Vdovichev

Magnetic force microscopy to determine vorticity direction in elliptical Co nanoparticles

磁力显微镜用于确定椭圆形钴纳米颗粒的涡旋方向

A.I. Oreshkin

N.S. Maskova

V.I. Panov

I.V. Radchenko

K.H. Wu

Q.Z. Xue

T. Nagao

New Au-induced reconstructed phases on the GaN(0001) surface

GaN(0001)表面新Au诱导的重构相

Nanoscale gold contacts were investigated both experimentally and theoretically. Simulations of in situ processes in a new combined TEM-AFM microscope were performed by molecular dynamics and theoretical mechanics methods. Atomistic transformations of gold nanometer-sized wires (nanowires) between Au-probe and Au-surface were studied in processes both of loading-unloading and in the normal, lateral, diagonal and zigzag directions of the probe motion. Molecular dynamics was used for studies of adhesion avalanche, shear and strain deformations. Theoretical mechanics was used for studies of jump-to-contact and jump-off-contact phenomena. Reorientations from (100) to (111) planes with formation of extended zigzag, vacancy cavities, a double-neck creation and a slip along the (110) plane with formation of twins and steps were observed. Deformation mechanisms were shown to depend on schemes of motions and on the ratio between the relative velocity of the probe and surface motion and the velocity of the defect relaxation.

A.V. Pokropivny

D. Erts

V.V. Pokropivny

A. Lohmus

R. Lohmus

Håkan Olin

Study of Nanoscale Contacts with the Help of Combined TEM-AFM Technique and Theoretical MD-TM Calculations: In situ Transformations of Gold Nanowires

结合TEM-AFM技术与理论MD-TM计算研究纳米尺度接触：金纳米线的原位转变

Publication Information	Publisher: VSV Co Ltd，Publishing cycle: Irregular，Journal Type: journal，Open Access Journals: No
Basic data	Year of publication: 1998，Proportion of original research papers: 0.00%，Self Citation Rate:N.A.， Gold OA Rate: 0.00%
Average recruitment ratio	网友分享经验：容易

Physics of Low-Dimensional Structures

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Geometrical effects on the ground state energy of hydrogenic impurities in quantum dots

Superconducting mesoscopic square loops: Phase boundaries and magnetization

Effect of nonparabolic bands on impurity-limited mobility of semiconducting thin wires in n-type germanium

Interference effects in nonplanar wires with a two-dimensional electron gas

Coherent effects in photoexcited semiconductor superlattices with electric fields

Magnetic force microscopy to determine vorticity direction in elliptical Co nanoparticles

New Au-induced reconstructed phases on the GaN(0001) surface

Study of Nanoscale Contacts with the Help of Combined TEM-AFM Technique and Theoretical MD-TM Calculations: In situ Transformations of Gold Nanowires

Magnetic force microscopy to determine vorticity direction in elliptical Co nanoparticles

New Au-induced reconstructed phases on the GaN(0001) surface