Synergetic degradation of 2,4-D by integrated photo- and electrochemical catalysis on a Pt doped TiO2/Ti electrode

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Electrode Material Science
100
Catalysis Material Science
100
Titanium Dioxide Material Science
33
Electrolyte Material Science
33
Density Material Science
33
Surface Material Science
33
Platinum Material Science
33
Sodium Material Science
33
Titanium Sheet Material Science

Keyphrases

100
Ti Electrode Keyphrases
100
2,4-Dichlorophenoxy... Keyphrases
100
Photocatalysis Keyphrases
100
Pt-TiO2 Keyphrases
100
Electrochemical Cat... Keyphrases
100
Synergetic Degradat... Keyphrases
100
Photochemical Catal... Keyphrases
75
Degradation Efficie... Keyphrases
50
Photochemical Proce... Keyphrases
50
Electrochemical Pro... Keyphrases
25
Supporting Electrol... Keyphrases
25
Current Density Keyphrases
25
Photoprocesses Keyphrases
25
Rutile Keyphrases
25
Reaction Time Keyphrases
25
Sodium Sulfate Keyphrases
25
Integration Method Keyphrases
25
Synergetic Effect Keyphrases
25
Potential Bias Keyphrases
25
H2PtCl6 Keyphrases
25
Titanium Sheet Keyphrases
25
Photoelectrocatalyt... Keyphrases
25
2,4-D Degradation Keyphrases

INIS

100
electrochemistry INIS
100
doped materials INIS
100
photochemistry INIS
100
electrodes INIS
100
catalysis INIS
100
titanium oxides INIS
75
efficiency INIS
50
concentration INIS
50
solutions INIS
25
electrolytes INIS
25
surfaces INIS
25
ph value INIS
25
sheets INIS
25
platinum INIS
25
current density INIS
25
titanium INIS
25
sodium sulfates INIS

Chemical Engineering

100
Titanium Dioxide Chemical Engineering
33
Acid Chemical Engineering
33
Titanium Chemical Engineering
33
Platinum Chemical Engineering
33
Sodium Sulfate Chemical Engineering
Research OutputsResearch Output authored by Synergetic degradation of 2,4-D by integrated photo- and electrochemical catalysis on a Pt doped TiO2/Ti electrode is tagged with the concept