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  Search result  Your search for [subject]RUTHENIUM returned 8 records.  
 
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  Thesis Synthesis and characterization of a series of polyazine ruthenium terpyridyl complexes for metal binding.

by Ycaza, Sarah Rosales, 1965-; 2004.

Subject: Ruthenium -- Synthesis; Ruthenium -- Analysis; Ligands; Complex compounds; Electrochemistry.

  
     
Relevance: 16.99%
 
     
  Analytics Non-additive ligand effects in series of L-substituted ruthenium halide complexes L = CH3, CN, AsME3, CO.

by Billones, Junie B;

Subject: RUTHENIUM; NON-ADDITIVE LIGAND, L-SUBSTITUTED RUTHENIUM HALIDE.

  
     
Relevance: 16.92%
 
     
  Thesis Synthesis, characterization, and spectro-electrochemistry of substitutional series of ruthenium complexes of the form [Rux (6-n) Ln]z (x=C1, Br; L=RCN, PR3, AsR3) : implications for the ligand-additivity principle.

by Billones, Junie B.; 1999.

Subject: Ruthenium compounds -- Synthesis; Ligands; Ruthenium -- Spectra.

  
     
Relevance: 16.76%
 
     
  Book The Chemistry of ruthenium.

by Seddon, Elaine A., 1955-; Amsterdam: Elsevier Publishing, 1984.

Subject: Ruthenium.

  
     
Relevance: 11.78%
 
     
  Book Ruthenium complexes with heterocyclic nitrogen ligands : design, synthesis, structural and conformational characterization, biological activity and the binding to DNA model bases.

by Velders, Aldo Hendrikus.; [S.l.: s.n.], 2000.

Subject: Ruthenium; Antineoplastic agents.

  
     
Relevance: 11.52%
 
     
  Analytics Mixed Sb5+/Ru5+ oxides : the crystal structure of Ba3NiRuSbOg.

by Lightfoot, P.;

Subject: Perovskite; Oxide; Ruthenium; Antimony.

  
     
Relevance: 11.39%
 
     
  Thesis Synthesis and characterization of a series of polyazine ruthenium terpyridyl complexes for metal binding.

by Ycaza, Sarah Rosales.; 2004.

Subject: Ruthenium compounds; Transition metal complexes; Ligands.

  
     
Relevance: 11.15%
 
     
  Thesis Heteronuclear trimetallic polyazine complexes of iridium (III) or rhodium (III) as elecrocatalysts for the reduction of CO2.

by Nallas, Girlie Naomi A.; 1996.

Subject: Chemistry; Electrocatalysts; Carbon dioxide reduction; Ruthenium complexes; Iridium trimetallic complexes; Rhodium trimetallic complexes; Chemically modified electrodes.

  
     
Relevance: 9.11%
 
     
 
         
         
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