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Keyword [Artificial photosynthesis]
Result: 1 - 20 | Page: 1 of 4
1.
Design And Synthesis Of High Valent Complexes As Model For OEC In PSII
2.
Studies Of Substituted Phenol Ligands And Metal Complexes Covalently Linked To Ruthenium(Ⅱ) Tris-bipyridine
3.
Polynary Semiconductor Photocatalysts Zn
3
（OH）
2
V
2
O
7
·2H
2
O And Zn
3
V
2
O
8
: Synthesis And O
2
Evolution Performance From Photocatalytic Water Splitting
4.
Chemical Analog Optical System 2 To The Body Part Of The Electronic Transfer Process
5.
Porphyrin Dimer - Series Of Compounds Perylene Imide Light-induced Energy Transfer And Photoinduced Electron Transfer Research
6.
A Study Of Molecular Electrocatalysis For Artificial-Photosynthesis Reactions
7.
Transition Metal Complex Modified Eiectrodes Towards Electro-and Photocatalytic Water Oxidation
8.
Photocatalytic Water Oxidation And Organic Substrates Oxidation By Cobalt Cubane And Ru Complexes
9.
Density Functional Theory Studies On Dimanganese Based Molecular Catalyst For Biomimetic Water Oxidation
10.
Photocatalytic Oxidation Of Organic Substrates In A Three Components System
11.
"Push-pull"1,8-Naphthalic Anhydride With Linear Triphenylamine Oligomer As Electron Donor
12.
Catalytic Water Oxidation By Novel Ruthenium-Based Catalysts
13.
Preparation Of TiO
2
-based Photoelectrodes With Different Surface Parameters And Their Performance In Artificial Photosynthesis Of Hydrogen
14.
An Artificial Photosynthesis System Based On CeO
2
As Light Harvester And N-doped Graphene Complex As Artificial Metalloenzyme For CO
2
Reduction To Methanol Fuel
15.
Synthesis Of Biomorphic Fiber Cerium Oxide And Its Artificial Photosynthesis
16.
Functional Photoanode Based On Tin(Ⅳ) Porphyrin As A Photosensitiser For Light-driven Water Oxidation
17.
Insight Into The Mechanism Changes Of Water Oxidation Induced By Ligand Modification Of Ru-bda Catalysts
18.
Electrochemical Reduction Of Carbon Dioxide To Formate In Aqueous Solution
19.
A Study Of Highly Efficient Photoanode In Artificial Photosynthesis
20.
Water Oxidation Catalyzed By Mononuclear Ruthenium Complexes Containing Electronegative Ligands
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