Hybrid nanoparticles based on sulfides, oxides, and carbides

A A Klochikhin; A A Lemke; A A Rempel; A A Rempel; A A Rempel; A A Rempel; A A Rempel; A A Rempel; A A Rempel; A A Rempel; A A Rempel; A A Rempel; A A Valeeva; A A Valeeva; A A Valeeva; A A Valeeva; A A Valeeva; A F Guillermet; A I Gusev; A I Gusev; A I Gusev; A I Gusev; A Kumar; A L Buchachenko; A M Smith; A M Smith; A P Alivisatos; A Rempel; A S Kurlov; A S Kurlov; A S Kurlov; A S Vorokh; A S Vorokh; A. A. Rempel; B E Warren; C Salazara; D V Labyrina; E A Kozlova; G A Kitaev; G Mountrichas; H Gleiter; H M Rietveld; H-E Schaefer; H-E Schaefer; I S Osad’ko; L E McCandlish; L I Klyachko; L N Larikov; L Spanhel; L Wu; M G Kostenko; M G Kostenko; M G Kostenko; N G Piven; N M Dyatlova; N S Kozhevnikova; N S Kozhevnikova; N S Kozhevnikova; N S Kozhevnikova; N S Kozhevnikova; R A Andrievskii; R A Andrievskiy; R Vogel; R W Siegel; S I Sadovnikov; S S Voyutskii; S V Rempel; S V Rempel; S V Rempel; S V Rempel; S V Rempel; Sh Higashimoto; U Xianlu; V A Oleinikov; V Keller; V P Ananikov; V Schöllmann; W H Hall; W H Hall; W Schedler; X Chen; X Gao; Y Bessekhouad; Yu D Tret’yakov; Yu I Petrov; Z Zak Fang

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Hybrid nanoparticles based on sulfides, oxides, and carbides

Authors: A A Klochikhin
A A Lemke
A A Rempel
A A Rempel
A A Rempel
A A Rempel
A A Rempel
A A Rempel
A A Rempel
A A Rempel
A A Rempel
A A Rempel
A A Valeeva
A A Valeeva
A A Valeeva
A A Valeeva
A A Valeeva
A F Guillermet
A I Gusev
A I Gusev
A I Gusev
A I Gusev
A Kumar
A L Buchachenko
A M Smith
A M Smith
A P Alivisatos
A Rempel
A S Kurlov
A S Kurlov
A S Kurlov
A S Vorokh
A S Vorokh
A. A. Rempel
B E Warren
C Salazara
D V Labyrina
E A Kozlova
G A Kitaev
G Mountrichas
H Gleiter
H M Rietveld
H-E Schaefer
H-E Schaefer
I S Osad’ko
L E McCandlish
L I Klyachko
L N Larikov
L Spanhel
L Wu
M G Kostenko
M G Kostenko
M G Kostenko
N G Piven
N M Dyatlova
N S Kozhevnikova
N S Kozhevnikova
N S Kozhevnikova
N S Kozhevnikova
N S Kozhevnikova
R A Andrievskii
R A Andrievskiy
R Vogel
R W Siegel
S I Sadovnikov
S S Voyutskii
S V Rempel
S V Rempel
S V Rempel
S V Rempel
S V Rempel
Sh Higashimoto
U Xianlu
V A Oleinikov
V Keller
V P Ananikov
V Schöllmann
W H Hall
W H Hall
W Schedler
X Chen
X Gao
Y Bessekhouad
Yu D Tret’yakov
Yu I Petrov
Z Zak Fang
Publication date: 1 January 2013
Publisher: 'Springer Science and Business Media LLC'
Doi

Abstract

The methods for synthesis of hybrid nanoparticles based on sulfides, oxides, and carbides of heavy and transition metals were considered. The problem of the influence of the method of synthesis of the hybrid nanoparticles on their atomic structure, morphology of the nanomaterials, and functional properties was analyzed. The areas of practical use of the hybrid nanoparticles were proposed. © 2013 Springer Science+Business Media New York

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