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Computational photocatalysis modeling of photophysics and photochemistry at interfaces

Bibliographic Details
Corporate Authors: American Chemical Society Division of Computers in Chemistry, American Chemical Society Division of Physical Chemistry
Other Authors: Kilin, Dmitri (Editor), Kilina, Svetlana V. (Editor), Han, Yulun (Editor)
Format: eBook
Language:English
Published: Washington, DC American Chemical Society 2019, 2019
Series:ACS symposium series
Subjects:
Carbon Dioxide / Surfaces / Analysis
Chemometrics
Plasmons (physics) / Models
Nanowires / Analysis
Phonons
Trapped Ions / Computer Simulation
Water / Analysis
Photocatalysis / Mathematical Models
Nanopores / Properties
Excited State Chemistry
Structure-activity Relationship
Gas-liquid Interfaces / Absorption And Adsorption / Analysis
Photochemistry
Carbon Nanotubes / Analysis / Methodology
Relaxation Phenomena
Time-domain Analysis
Photovoltaic Power Generation / Analysis
Ions
Exciton Theory
Vanadium Oxide / Structure-acivity Relationships
Photooxidative Stress / Models
Photochemistry / Mathematical Models
Quantum Dots / Analysis
Cerium / Analysis
Surface Properties
Semiconductors
Relaxation
Chemistry, Analytic
Gases
Water / Purification / Photocatalysis / Computer Simulation
Cerium / Chemistry
Water Purification
Electrolytic Reduction
Cerium Compounds / Properties / Analysis
Nanopores
Titanium
Gas-solid Interfaces / Analysis
Titanium Dioxide / Optical Properties
Spin-lattice Relaxation
Nanowires / Structure
Water / Structure-activity Relationships
Carbon Nanotubes / Optical Properties / Analysis
Electronic Excitation / Analysis
Mesoporous Materials / Analysis
Nanotubes, Carbon / Analysis
Vanadium
Catalysis
Carbon Dioxide / Analysis
Science / Chemistry / Computational & Molecular Modeling / Bisacsh
Online Access:
Collection: ACS Symposium Series - Collection details see MPG.ReNa
Description
Item Description:"This book was inspired by the 2018 ACS Symposium on Computational Photocatalysis."--Page ix. - Distributed in print by Oxford University Press
Physical Description:368 pages illustrations
ISBN:9780841235533

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