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  Search result  Your search for [author]Ameta, Suresh C. returned 12 records.  
 
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  Continuing Resource Photoreduction of methylene blue by glucose and its use in solar energy conversion.

by Ameta, Suresh C.;

Subject: Chemistry; Solar energy conversion; Photoreduction, methylene blue -- Photogalvanic cell.

  
     
Relevance: 28.10%
 
     
  Continuing Resource The hydroxylation of toluene using cadmium sulphide as a photocatalyst.

by Ameta, Suresh C.; 2003.

Subject: Toluene -- Hydroxylation; Photocatalysis -- Cadmium sulphide.

  
     
  |   Relevance: 27.97%
 
     
  Continuing Resource The photocatalytic reduction of carbon dioxide in presence of pyronine-B coated titanium dioxide.

by Ameta, Suresh C.;

Subject: Pyronine-B; Carbon dioxide; Photocatalysis; Chemistry.

  
     
  |   Relevance: 20.69%
 
     
  Continuing Resource Photocatalytic reduction of nickel (II).

by Ameta, Suresh C.;

Subject: Photocatalytic reduction; Contaminants; Zinc oxide; Nickel; Chemistry; Chemical degradation.

  
     
  |   Relevance: 20.69%
 
     
  Analytics The Photocatalytic reduction of carbon dioxide in presence of pyronine-B coated titanium dioxide.

by Ameta, Suresh C.;

Subject: Chemistry.

  
     
Relevance: 20.69%
 
     
  Analytics Photocatalytic reduction of nickel (II).

by Ameta, Suresh C.;

Subject: Chemistry.

  
     
Relevance: 20.69%
 
     
  Analytics Photoreduction of methylene blue by glucose and its use in solar energy conversion.

by Manjubala;

Subject: Chemistry.

  
     
Relevance: 20.52%
 
     
  Analytics The hydroxylation of toluene using cadmium sulphide as a photocatalyst.



Subject: Photocatalytic.

  
     
Relevance: 19.39%
 
     
  Analytics Use of an Azur c-50ta system in a photogalvanic cell for solar energy conversion.

by Lodha,Sushila;

Subject: Solar energy; Photocurrent.

  
     
Relevance: 16.52%
 
     
  Analytics Dye-sensitized photooxidation of amoxicillin by singlet oxygen.

by Mangal, Neeta;

Subject: AMOXICILLIN; OXYGEN; DYE-SENSITIZED; PHOTOOXIDATION.

  
     
Relevance: 16.52%
 
     
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