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TECHNICAL PROGRAMRole of Carbon in Production of EnergyFast Neutron Irradiation of Carbon-Carbon
Composites The Potential of Codeposited Pyrolytic Carbon-Carbide
Coatings for Nuclear Fuel Particles The Effect of Small Deviations from Isotrpy
on the Irradiation Induced Dimensional Changes
of Pyrolytic Carbons The Evaluation of Pyrocarbon Fuel Sphere
Coatings by Transmission Electron Microscopy Electronic Properties Anomalous Temperature Dependent Magnetoresistivity
in Pyrolytic Graphite Electrical Properties of Glassy Carbon Effect of Neutron Irradiation on the Electronic
Properties of Various Carbons The Quantum Magnetothermal Effect and Minority
Carriers in Pyrolytic Graphite Change of Electronic Properties of Neutron
Irradiated Pyrocarbon Under Thermal Annealing Model of Structure for Interstitial Carbon
in Graphite Adsorption and Intercalation The Adsorption Characteristics of Polyphenylene
Carbons Adsorption Characteristics of Polymer carbons Acidic Surface Oxides on Carbon Adsorbents for Removal of Mercury Vapor
from Air Reversible Interaction of Hydrogen with
Activated Carbon Exfoliation of Intercalated Graphites. Part
I. Effect of Graphite Crystallinity Exfoliation of Intercalated Graphites. Part
II. Structure, Porosity, and the Mechanism
of Exfoliation Influence of Oxidation on the Wettability
of Carbon Blacks Changes of the Porous Structure of a Natural
Based Graphite Upon Gasification New Ways in Determination of the Parameters
of Porous Structure of Microporous Carbonaceous
Adsorbents Characterization of Coal by Complexation
with Iodine Modification of Carbon Fiber Properties
by Chemical Treatment with Strong Intercalating
Acids Free Carrier Plasma and Interband Spectroscopy
of Graphite Nitrate Adsorption of Oxygen and Nitrogen on Surface-Modified
Carbons Intercalation of Pyrocarbons by Aluminum
Chloride Reaction of CO and Air Mixtures with Charcoals
Impregnated with Ammonium salts of Cu(II)
and Cr(VI) Thermal Properties Association of Nuclei During Carbon Black
Formation in Thermal Systems Behavior of Diamond Under Positive Ion Bombardment
and CO2 Laser Irradiation at Very High Power
Density Carbon Solid-Liquid-Vapor Triple Point and
the Behavior of Superheated Liquid Carbon Macroscopic Model for the Interlayer Thermal
Expansion Coefficient of a Series of Pyrocarbons Triple Point Pressure of Carbon as Determined
by Laser Heating Magnetic Field Dependence of the Specific
Heat Peak at 0.6-0.7 K in Soft Carbons Low Temperature Anomalies in Specific Heat
of Soft Carbons Relation Between Thermal and Electrical
Conductivities of Fast Neutron Irradiated
Reactor Graphite Carbon from Coal Carbon from Purified Coal Tar Pitch Aspects of Coke Formation from Coals The Properties and Structure of Carbonization
and Activation Products of Vitrites from Hard
Coals of Different Rank The Properties and Structure of Carbonization
and Graphitization Products of Extracts Obtained
from Hard Coals of Different Rank Mechanical Properties Dynamic Mechanical Properties of Carbon
Fibers Lightweight Glasslike Carbon Mirrors Mechanical Properties of Selected Graphites
at High Strain Rates Microstructural Characteristics Affecting
Crack Propagation Microstructure and Fracture of Graphite Effect of Environment on Crack Growth in
Graphite Finite Element Analysis of an Electrode-Nipple
Point Correlations between the Modulus of Rupture
and the Ultrasonically Determined Modulus
of Elasticity in Commercial Graphites Influences on the Change in the Young's
Modulus of Graphitic Materials for HTR under
Fast Neutron Exposure at Irradiation Temperatures
between 400 and 1400 ¡C Mechanistic Model of Graphite Behavior A Fracture Criterion for Anisotropic Graphites
in Polyaxial Stress States Mechanics of Curved Strands as related to
3-D Carbon-Carbon Comosites Torsional Nonlinear Elasticity and Damping
of Carbon Fibers Subcritical Crack Propagation in Glassy
Carbons Thermal Shock and Strength Degradation of
Electrode Graphites Fatigue Behavior of a Near-Isotropic Graphite High Temperature Irradiation Enhanced Creep
in Graphites for HTR Application Statistical Study of the Strength of Near-Isotropic
Graphite A Study of the Determination of the Dynamic
Young's Modulus of various Cokes Structeral Properties ATJ-S Graphite Data Base: Uniaxial Properties Structural Characterization of Carbon Materials
by Laser Raman Spectroscopy An XPS Study of Binding Energies of Sulphur
in Carbon Valence Charge Density and Thermal Motion
in Graphite by X-ray and Neutron Diffraction Optical Anisotropy and Preferred Orientation
in Nearly Isotropic Pyrocarbons Rheological-Structural Properties of the
Pittsburgh Coal at Elevated Temperatures Phase-Contrast Electron Microscope Lattice
Images of Carbons A Phase-Contrast Electron Microscope and
Optical Microscope Study of Mesophase Size
and Structure A Phase-Contrast Electron Microscope Study
of Structure in Non-Graphitizing PVDC Carbon,
Heat-Treated to 2973 K Determinatin of Thermal Vibration Amplitudes
in Graphite, Using Integrated X-ray Intensities
Corrected for Thermal Diffuse Scattering (TDS) A Modified Structural Model Describing the
Interference-Function of Pyrolyzed Non-Graphitizing
Carbon Structural Parameters and Molecular Sieve
Properties of Carbons Prepared from Metal
Carbides Void Growth in Glassy Carbon Influence of Deposition Gas and Gas Mixtures
on the Micropore Spectra of Pyrocarbon Coatings,
and Prediction of Irradiation Behavior Identification of Three Components in Pyrocarbon
Coatings by Transmission Electron Microscopy
(TEM) and Measurements of Microporosity, Inner
Surface, Degree of Order and Crystallite Size Influence of Low-Order Material on the Irradiation
Behavior of Pyrocarbon Coatings The New Method for Determining Softening
Points of Pitches Grain Growth of the Stress-Annealed Pyrolytic
Graphite Optical Image Analysis of Graphite Pore
Structure |
Reactions of Carbon Gas-Graphite Reactions in the Fort Saint
Vrain Reactor Electric Probe Studies in Pyrolysing Hydrocarbons The Oxidation of Pyrolytic Graphite in Oxygen Effect of Structure Defects on the Oxidation
Rate of Carbons Adsorption Studies on an Artifical Graphite
and Its Oxide Characterization of Graphite Surface Complexes
by Temperature-Programmed Desorption Electron Spin Resonance as a Quantitative
Tool in Studying the Reactivity of a Cu/Cr/Ag
Impregnated Charcoal Chemical Reactivity of Glass-Like Carbons Gasification Reactions of Carbon Some Kinetic Features of Radiolytic Reactions
of Carbon Oxidation Catalysis on a Carbon Support Catalytic Behavior of Alkali Metal Salts
in Graphite Gasification Reactions Catalytic Graphitization Using Titanium
and Zirconium Thermodynamics of the Solid-Gas Phase Interactions
in the Carbon-Oxygen-Hydrogen System Activiated Carbon Oxygen Uptake by Wet Activated Carbon Activated Carbon II. Adsorption of Acids
from Concentrated Electrolyte Solutions The Effects of Faults in Activated Carbon
Beds on Gas Adsorption Efficiency Preparation and Properties of Granular Activated
carbons from Oil Sands Bitumen and Petroleum
Residues Carbonization and Graphitization Hot Stage Microscopy of Mesophase Pitches Binder Materials Modified by Sulfur Linear Free Energy Relationships in Carbon
Film Deposition Mechanisms of Formation of Needle Coke The Structure of Needle Coke Hydrogen Desorption: A Possible Rate Determining
Step in Pyrocarbon Formation Factors Controlling the Mesophase Microstructure
Produced during Pyrolysis of Aromatic Hydrocarbons Formation and Structure of Coke from Non-Coking
Coals by Carbonization in Hydrogen Inhomogeneous Model for Carbonization An Examination of the Origins and Growth
of Mesophase in the Liquid Phase of Carbonization The Formation of Mesophase from Acenaphthylene:
Kinetic and Free-radical Studies Heat of Reaction for Mesophase Formation On the Pyrolysis Behaviour of Coal Tar and
Petroleum Pitches Under Pressure The Formation Rate of Carbonaceous Mesophase
in Coal-Tar Pitch Change of Pore Properties During Carbonization.
Part I. Experimental Change of Pore Properties During Carbonization.
Part II. Modeling Carbon and Graphite Products A Critical Examination of the Analytical
Methods Used for Evaluating the Petroleum
Coke Quality Kinetics of Graphitization within the First
Minute of Heat Treatment Graphites Made from Seeded Cokes Evidence of Catalytic Effect of Sulphur
on Graphitization between 1400-2000 ¡C Kinetics of the Graphitization-Induced Dimensional
Changes of Artificial Carbons Graphitized High Density Carbon with No
Pitch Binder Theoretical and Practical Approach to Influences
on Graphite Electrodes Consumption in Arc
Furnaces (Experience with Coated Electrodes) The Graphitization Process of Different
Types of Pyrolytic Carbons Obtained in Low-Temperature
Pyrolysis of Acetylene The Effect of Nickel Surface Oxide on the
Chemical Vapor Deposition of Carbon from Propylene
at 800 ¡C Graphites Fabricated from Green Petroleum
Pitch Cokes Bulk Density Characteristics of Binary Mixtures
of Carbon Powders Thermal Stress Distribution in a Graphite
Specimen Having Cracks--Determination of Electric
Current Capacity of Electrode by Means of
Fracturing with Electric Current (2) Fibers and Composites Diamagnetic Studies on Carbon Fiber Graphitization Carbon Aircraft Brakes - A Description Toughness of Advanced Composites Activated Carbon Fibers and Fabrics The Compressive Strength of Carbon Felt/Pyrocarbon
Composites Heat Treatment Behaviour of Carbon Fibre-Carbon
Composites The Influence of Copolymer Content of the
PAN Precursor and of Tensile Load During Oxidation
and Carbonization on the Formation of Carbon
Fibers Compression Fracture and Microhardness Characteristics
of Carbon Fibres Pyrolyzed Composites from Chopped Fibers
in High-Char Yield Polymeric Precursors Fracture Energy of Carbon-Carbon and Carbon-Resin
Composites The Modulus and Strength of Carbon Fibers Effects of Fiber Strength and Surface Treatment
on the Fracture of Graphite/Epoxy Composites Role of Load and the Oxidizing Gas During
Preoxidation of PAN on the Properties of Carbon
Fibers Heterogeneities in Carbon Fibers High Modulus Carbon Fibers from Mesophase
Pitches. Part One: Preparation and Properties
of Pitches High Modulus Carbon Fibers from Mesophase
Pitches. Part Two: Fiber Properties and Structure Vitreous Carbon Matrix Carbon-Carbon Composites
by Copyrolysis Cellulose Carbon-CVD Carbon Composites New Graphite Fiber Surface Treatments and
Effects on Composite Properties Nuclear Energy Industry Effects of fast-Neutron Damage from 0 to
42x10^21 Neutrons/cm^2 on the Physical Properties
of Near-Isotropic Grades of Graphite The Relationship Between Irradiation Temperature
and Dimensional Changes of Nuclear Graphite Some Estimates of the Irradiation Creep
Constant of Pyrocarbon Contained in the Coatings
of Reactor Fuel Particles The Effect of B-11 Impregnation on the Changes
of Certain Physical Properties of Polycrystalline
Graphite Due to Irradiation over the Temperature
Range 575-1050 ¡C Preparation and Performance of Coated Particle
Nuclear Fuels Having UCxOy Kernels A Rate Theory Approach to radiation Damage
in Graphite Development of the Pore Structure of Graphite
by Radiolytic Oxidation in CO/CO2 The Irradiation Induced Creep of Graphite
Under Accelerated Damage Produced by Boron
Doping Additional Papers The Moisture Adsorption Behavior of Syntactic
Carbon Foam as Related to the Micropore Structure Statistics of Fracture of ATJ-S Graphite
in Uniaxial and Biaxial Tension Detection of Interstitial Carbon Atoms in
a Coke during the Graphitization Structural Evolution of a Glassy Carbon
with the Heat Treatment between 1000 ¡C and
2700 ¡C Kinetics of the Coke Shrinkage Process During
Calcination Interlayer Spacings of Coke as a Means of
Temperature Measurement in Acheson Graphitizers Crystallite Growth in the Pre-Graphitization
Temperature Range Pitchcoke Graphite for HTGR Fuel Elements High-Pressure Densified Carbon-Carbon Composites.
Part I. Processing Procedures High-Pressure Densified Carbon-Carbon Composites.
Part II. Properties and Characterizations Processes in Oxidatin Treatment of PAN Fibers |
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