Oxidation of Graphite Under High Temperature Reactor Conditions |
Contents
INTRODUCTION | 4 |
OTHER VARIABLES WHICH INFLUENCE OXIDATION RATES | 14 |
CONCLUSIONS | 24 |
2 other sections not shown
Common terms and phrases
activation energy AEC-GE RICHLAND air-graphite apparatus apparent Appendix Army atmosphere Atomic Attn basis Bureau calculated Carbon cause cent Center chemical reactivity Commission Company concentration confounded considered controlled Copies Corporation CSF Graphite dependence determined Development difference Division effect Electric Company Engineering error Experimental experiments exposure EXTERNAL DISTRIBUTION facilities factors Figure flow gamma flux geometry graphite oxidation high temperature hour hr¯¹ impurities inch increased Induction Period influence Institute involving temperature irradiation kcal/mole Laboratory less levels method National Laboratory Naval Neutron noted Nuclear Number observed Office Operations order interaction oxidation rates oxygen oxygen-graphite pressure purity radiation range Rate equations ratio reaction reactor Research respect sample scfh Service significant Squares studied surface TABLE Technical temperature temperature reactors thermal Thermocouple U. S. Geological Survey University variables varied WASH Washington Zone Zone I reaction