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Ferromagnetic cobalt nanodots, nanorices, nanowires and nanoflowers by polyol process
S.I. Cha, C.B. Mo, K.T. Kim, and S.H. Hong Journal of materials research 20(8):2148--2153 (2005)
to Cobalt Polyol by blackwing on Feb 8, 2012, 11:55 PM
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Designed synthesis of cobalt and its alloys by polyol process
R.J. Joseyphus, T. Matsumoto, H. Takahashi, D. Kodama, K. Tohji, and B. Jeyadevan Journal of Solid State Chemistry 180(11):3008--3018 (2007)
to Cobalt Polyol by blackwing on Feb 8, 2012, 11:53 PM
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Impact of synthesis parameters on structural and magnetic characteristics of Co-based nanoparticles
S. Mourdikoudis, K. Simeonidis, I. Tsiaoussis, C. Dendrinou-Samara, M. Angelakeris, and O. Kalogirou Journal of Nanoparticle Research 11(6):1477--1484 (2009)
to Cobalt Nanoparticles Polyol by blackwing on Feb 8, 2012, 11:52 PM
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Shape and composition oriented synthesis of cobalt nanoparticles
K. Simeonidis, S. Mourdikoudis, A. Vilalta-Clemente, I. Tsiaoussis, M. Angelakeris, and O. Kalogirou Physics of Advanced Materials Winter School (2008)
to Cobalt Nanoparticles by blackwing on Feb 8, 2012, 11:49 PM
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Fischer-Tropsch synthesis: Temperature programmed EXAFS/XANES investigation of the influence of support type, cobalt loading, and noble metal promoter addition to the reduction behavior of cobalt oxide particles
G. Jacobs, Y. Ji, B.H. Davis, D. Cronauer, A.J. Kropf, and C.L. Marshall Applied Catalysis A: General 333(2):177--191 (2007)
to Cobalt Fischer-Tropsch Reducibility by blackwing on Feb 8, 2012, 11:44 PM
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Fischer-Tropsch synthesis XAFS:: XAFS studies of the effect of water on a Pt-promoted Co/Al2O3 catalyst
G. Jacobs, T.K. Das, P.M. Patterson, J. Li, L. Sanchez, and B.H. Davis Applied Catalysis A: General 247(2):335--343 (2003)
to Cobalt Fischer-Tropsch Platinum Water XAFS by blackwing on Feb 8, 2012, 11:44 PM
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Design, synthesis, and use of cobalt-based Fischer-Tropsch synthesis catalysts
E. Iglesia Applied Catalysis A: General 161(1-2):59--78 (1997)
to Cobalt Fischer-Tropsch Review by blackwing on Feb 8, 2012, 11:42 PM
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Lewis acidity as an explanation for oxide promotion of metals: implications of its importance and limits for catalytic reactions
AB Boffa, C. Lin, AT Bell, and GA Somorjai Catalysis letters 27(3):243--249 (1994)
to Lewis acidity catalysts oxide promotion by blackwing on Feb 8, 2012, 11:39 PM
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Effects of manganese oxide promoter on the CO and H2 adsorption properties of titania-supported cobalt Fischer-Tropsch catalysts
F. Morales, E. de Smit, F.M.F. de Groot, T. Visser, and B.M. Weckhuysen Journal of Catalysis 246(1):91--99 (2007)
to Cobalt Fischer-Tropsch Manganese by blackwing on Feb 8, 2012, 11:37 PM
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Fischer-Tropsch synthesis: A review of water effects on the performances of unsupported and supported Co catalysts
AK Dalai, and BH Davis Applied Catalysis A: General 348(1):1--15 (2008)
to Cobalt Fischer-Tropsch by blackwing on Feb 8, 2012, 11:36 PM
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A low-temperature powder neutron diffraction study of the antiferromagnetic phase of MnxCo1-xO
DAO Hope, and AK Cheetham Journal of Solid State Chemistry 72(1):42--51 (1988)
to Cobalt Manganese XRD by blackwing on Feb 8, 2012, 11:35 PM
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Effects of surfactants on the particle morphology and self-organization of Co nanocrystals
C. Luna, MP Morales, CJ Serna, and M. Vázquez Materials Science and Engineering: C 23(6):1129--1132 (2003)
to Cobalt Polyol by blackwing on Feb 8, 2012, 11:34 PM
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Fischer-Tropsch catalysts deposited with size-controlled Co< sub> 3</sub> O< sub> 4</sub> nanocrystals: Effect of Co particle size on catalytic activity and stability
J.Y. Park, Y.J. Lee, P.R. Karandikar, K.W. Jun, K.S. Ha, and H.G. Park Applied Catalysis A: General (2011)
to Cobalt Fischer-Tropsch by blackwing on Feb 8, 2012, 11:33 PM
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Surface investigation and magnetic behavior of Co nanoparticles prepared via a surfactant-mediated polyol process
C.W. Kim, H.G. Cha, Y.H. Kim, A.P. Jadhav, E.S. Ji, D.I. Kang, and Y.S. Kang The Journal of Physical Chemistry C 113(13):5081--5086 (2009)
to Cobalt Polyol nanoparticles by blackwing on Feb 8, 2012, 11:32 PM
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Coupled phase diagrams and thermochemical data for transition metal binary systems-III
L. Kaufman Calphad 2(2):117--146 (1978)
to Cobalt Manganese Phase-Diagram by blackwing on Feb 8, 2012, 11:31 PM
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Cobalt particle size effects in Fischer--Tropsch synthesis: structural and< i> in situ</i> spectroscopic characterisation on reverse micelle-synthesised Co/ITQ-2 model catalysts
G. Prieto, A. Martínez, P. Concepción, and R. Moreno-Tost Journal of Catalysis 266(1):129--144 (2009)
to Cobalt Fischer-Tropsch particle-size spectroscopy by blackwing on Feb 8, 2012, 11:31 PM
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Rhodium-Phosphit-SILP-Katalysatoren f\ür die hochselektive Hydroformylierung von gemischten C4-Str\ömen
M. Jakuttis, A. Sch\önweiz, S. Werner, R. Franke, K.D. Wiese, M. Haumann, and P. Wasserscheid Angewandte Chemie 123(19):4584--4588 (2011)
to Hydroformylation self by blackwing on May 20, 2011, 11:16 PM
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Catalysis of the Water-Gas Shift Reaction by Supported Ru3 CO12 with 2,2'-bipyridine
U. Kiiski, T. Venelainen, T.A. Pakkanen, and O. Krause Journal of molecular catalysis 64(2):163--169 (1991)
to Bipyridine Homogenous Ruthenium Water-Gas-Shift-Reaction by blackwing and 1 other user on Mar 15, 2010, 11:59 AM
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Substituted metal carbonyls. III: Chromium, molybdenum and tungsten tricarbonyl complexes containing bipyridyl and a unidentate diphosphine: facile synthesis via trimethylamine N-oxide-induced decarbonylations
T.S. Andy Hor, and S.M.A.I. Chee Journal of organometallic chemistry 331(1):23--28 (1987)
to Carbonyl Catalysis Metal Molybdenum Synthesis by blackwing on Mar 3, 2010, 11:56 AM
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Formic acid and formaldehyde as spin-off products in Ru-EDTA-CO complex catalyzed liquid phase water-gas shiftWGS reaction
M.M. Taqui Khan, SB Halligudi, N. Nageswara Rao, and S. Shukla Journal of molecular catalysis 51(2):161--170 (1989)
to Byproduct EDTA Formaldehyd FormicAcid Homogenous Ruthenium Water-Gas-Shift-Reaction by blackwing on Mar 3, 2010, 11:54 AM
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