PROPAGATORS IN QUANTUM CHEMISTRY

By DONALD LEE

CONTENTS INTRODUCTION REFERENCES ELECTRONIC AND TRANSPORT PROPERTIES OF GRAPHENE GRAPHENE AND DIRAC FERMIONS GRAPHENE LOW-ENERGY DISPERSION ELECTRONIC AND TRANSPORT PROPERTIES OF DISORDERED GRAPHENE SPIN TRANSPORT IN GRAPHENE SPIN-ORBIT COUPLING IN GRAPHENE THE REAL SPACE ORDER OÐNÞ TRANSPORT FORMALISM ELECTRICAL TRANSPORT FORMALISM ELECTRICAL RESISTIVITY AND CONDUCTIVITY SEMICLASSICAL APPROACH THE KUBO-GREENWOOD FORMULA THREE TRANSPORT REGIMES THE KUBO FORMALISM IN REAL SPACE SPIN TRANSPORT FORMALISM WAVEFUNCTION AND RANDOM PHASE STATE WITH SPIN SPIN POLARIZATION TECHNICAL DETAILS TRANSPORT IN DISORDERED GRAPHENE TRANSPORT PROPERTIES OF GRAPHENE WITH VACANCIES ZERO-ENERGY MODES AND TRANSPORT PROPERTIES CHARGE TRANSPORT IN POLY-G STRUCTURE AND MORPHOLOGY OF GGBS METHODS OF OBSERVING GGBS TRANSPORT PROPERTIES OF INTRINSIC POLY-G BY SIMULATION MEASUREMENT OF ELECTRICAL TRANSPORT ACROSS GGBS MANIPULATION OF GGBS WITH FUNCTIONAL GROUPS CHALLENGES AND OPPORTUNITIES IMPACT OF GRAPHENE POLYCRYSTALLINITY ON THE PERFORMANCE OF GRAPHENE FIELD-EFFECT TRANSISTORS POLY-G EFFECT ON THE GATE ELECTROSTATICS AND I-V CHARACTERISTICS OF GFETS TRANSPORT PROPERTIES OF AMORPHOUS GRAPHENE MODELS OF AMORPHOUS GRAPHENE ELECTRONIC PROPERTIES SPIN TRANSPORT IN DISORDERED GRAPHENE SPIN TRANSPORT IN GRAPHENE: PSEUDOSPIN DRIVEN SPIN RELAXATION MECHANISM SPIN RELAXATION IN GOLD-DECORATED GRAPHENE FURTHER DISCUSSION QUANTUM SPIN HALL EFFECT ADATOM CLUSTERING EFFECT ON QSHE CONCLUSIONS