Индикатор цитирования А. Н. Диденко (цифра содержит показатели другого автора)

HIGH DISLOCATION DENSITY STRUCTURES AND HARDENING PRODUCED BY HIGH FLUENCY PULSED-ION-BEAM IMPLANTATION

Author(s):SHARKEEV YP, DIDENKO AN, KOZLOV EV
Source: SURFACE & COATINGS TECHNOLOGYVolume: 65Issue: 1-3Pages: 112-120Published: JUL 1994
Times Cited:51References:48Citation Map
Conference Information: 8th International Conference on Surface Modification of Metals by Ion Beams
KANAZAWA, JAPAN, SEP 13-17, 1993
INST PHYS & CHEM RES; IND RES INST ISHIKAWA; JAPANESE SOC SURFACE LAYER MODIFICAT ION IMPLANTAT; BEAM ENGN RES SOC JAPAN; AMADA FDN MET WORK TECHNOL; KANAZAWA CONVENT BUR; JAPAN SOC APPL PHYS; CHEM SOC JAPAN; JAPAN INST MET; JAPAN SOC PRECIS ENGN; IRON & STEEL INST JAPAN; ELECTROCHEM SOC JAPAN; INST ELECT ENGINEERS JAPAN; VACUUM SOC JAPAN; SURFACE SCI SOC JAPAN; SURFACE FINISHING SOC JAPAN
Abstract: The paper presents a review of experimental data on the ''long-range effect'' (a change in dislocation structure and in physicomechanical properties at distances considerably greater than the ion range value in ion-implanted metallic materials and semiconductors). Our results of electron microscopy studies of high density dislocation structure in ion-implanted metallic materials with different initial states are given. It has been shown that the nature of the dislocation structure and its quantitative characteristics in the implanted metals and alloys depend on the target initial state, the ion type and energy and the retained dose. The data obtained by different workers are in good agreement both with our results and with each other as well as with the results of investigation of macroscopic characteristics (wear resistance and microhardness). It has been established that the ''long-range effect' occurs in metallic materials with a low yield point or high plasticity level and with little dislocation density in their initial state prior to ion implantation.
Document Type: Proceedings Paper
Language: English
KeyWords Plus: NEAR-SURFACE LAYERS; SINGLE-CRYSTALS; METALS; IRRADIATION; MICROSTRUCTURE; DAMAGE; CU
Reprint Address: SHARKEEV, YP (reprint author), RUSSIAN ACAD SCI, INST STRENGTH PHYS & MAT SCI, TOMSK, RUSSIA
Addresses:
1. RUSSIAN ACAD SCI, INST HIGH TEMP, MOSCOW, RUSSIA
2. STATE ACAD ARCHITECTURE & BLDG, TOMSK, RUSSIA
Publisher: ELSEVIER SCIENCE SA LAUSANNE, PO BOX 564, 1001 LAUSANNE 1, SWITZERLAND
Subject Category: Materials Science, Coatings & Films; Physics, Applied
IDS Number: NX760
ISSN: 0257-8972

1