TY - JOUR
T1 - Organometallic Deposition of Nickel
T2 - An Electroless Route to Nanoscale Films
AU - Shviro, Meital
AU - Paszternák, András
AU - Zitoun, David
PY - 2014
Y1 - 2014
N2 - We have demonstrated that designed reactive organometallic precursors could be decomposed to form metallic coatings on almost any substrate with unique control. This approach allows direct synthesis on any substrate, with the use of standard coating equipment such as spin coating. The synthetic pathway has been very successful with copper and nickel alloys and compounds, together with the discovery of enhanced electronic properties (magnetic moment, anisotropy, plasmon). These complex materials are now studied as catalyst layers in electrocatalysis of H 2 oxidation and O 2 reduction in fuel cells. M. Shviro and D. Zitoun * Nanoscale 2012 , 4, 762-767 M. Shviro and D. Zitoun * RSC Adv., 2013 , 3 (5), 1380 - 1387 M. Shviro, A. Paszternák, A. Chelly, D. Zitoun * J. Nano. Res. 2013 , 15, 1823
AB - We have demonstrated that designed reactive organometallic precursors could be decomposed to form metallic coatings on almost any substrate with unique control. This approach allows direct synthesis on any substrate, with the use of standard coating equipment such as spin coating. The synthetic pathway has been very successful with copper and nickel alloys and compounds, together with the discovery of enhanced electronic properties (magnetic moment, anisotropy, plasmon). These complex materials are now studied as catalyst layers in electrocatalysis of H 2 oxidation and O 2 reduction in fuel cells. M. Shviro and D. Zitoun * Nanoscale 2012 , 4, 762-767 M. Shviro and D. Zitoun * RSC Adv., 2013 , 3 (5), 1380 - 1387 M. Shviro, A. Paszternák, A. Chelly, D. Zitoun * J. Nano. Res. 2013 , 15, 1823
UR - https://www.mendeley.com/catalogue/c0425fd6-6306-3b37-8aee-011bb78748af/
U2 - 10.1149/ma2014-02/15/811
DO - 10.1149/ma2014-02/15/811
M3 - Article
SN - 2151-2043
VL - MA2014-02
SP - 811
EP - 811
JO - ECS Meeting Abstracts
JF - ECS Meeting Abstracts
IS - 15
M1 - 811
ER -