FUNCTIONAL ORGANIC MATERIALS STUDIED USING UPS AND NEXAFS
The following sections are included:
Introduction
UV Photoelectron Spectroscopy (UPS)
Methodology
General and Experimental Aspects
Theoretical Analysis of UPS Spectra
Energy Band Mapping for One-Dimensional Systems
Electronic Structure of Molecular Solids
Density of States, Solid State Effect, and Angular Dependence
The Use of the Tunability of Synchrotron Radiation
Intermolecular Energy Band Mapping
Polymers and Oligomers
Density of States
Band Evolution in Oligomers
Intramolecular Energy Band Mapping
Electronic Structure of Binary Systems
Complexes
Interfaces
ARUPS as a Novel Probe of Molecular Orientation
NEXAFS Spectroscopy
General and Experimental Aspects
Characteristics of Core Excitations
Selection Rules
Core Excitonic Effect
Spectral Assignments
Theoretical Simulation and Analysis
Molecular Orientation and Chemical States of π-Conjugated Systems
Molecules on Well Defined Surfaces
Other Studies of Molecules and Polymers in Various States
Electronic Structures of the Unoccupied States of π-Conjugated Systems
Aromatic Molecules
Fullerenes and Nanotube
Metal Complexes
π-Conjugated Polymers
Doping and Reactions
Alkanes and Compounds with Long Alkyl Chains
C K edge Absorption of Alkyl Chain
Compounds with Long Alkyl Chains
Other Polymers and Their Surfaces
Polymers with Fluorinated Chains
Silicon-Backboned Polymers
Polyimides and Their Rubbed States
Other Polymers
Other Applications
Acknowledgments
References
