《Proceedings of The Fifth Conference on Carbon Volume 2》求取 ⇩

Part ⅠElectronic Properties1

Theory of the Electron Transport Properties of Single-Crystalline Graphite＆J．W．McClure and L．B．Smith3

Electronic Processes in Pyrolytic Graphites＆C．A．Klein11

The Magnetic Susceptibility of Pyrolytic Carbons＆D．B．Fischbach27

A Review of Electron Spin Resonance in Carbonaceous Materials＆L．S．Singer37

Electron Spin Resonance in High-temperature Carbons and Graphites＆L．S．Singer and G．Wagoner65

Double Magnetic Resonance in Chars＆M．Jacubowiez and J．Uebersfeld73

Further Studies of Electron Spin Resonance in Chars,Carbons and Graphites＆S．Mrozowski79

Trapped Radicals in Organic Deposits＆R．Mangiaracina and S．Mrozowski89

A Magnetic Study of the Carbonization and Graphitization of Some Representative Polymers＆H．E．Blayden and D．T．Westcott97

Semiconduction in Pyro-Polymers Doped with Na,Ca,and Th＆H．A．Pohl and S．L．Rosen113

Semiconductive Properties of Carbonized Coal＆P．L．Waters131

Spectral Studies of Coal＆R．A．Friedel and H．Retcofsky149

Absorption of Graphite in the Ultraviolet and Visible Spectrum＆S．Ergun and J．T．McCartney167

Infrared Absorption at Two Microns and Coal-tar Pitch Properties＆P．L．Walker,Jr．and D．O．Baumbach175

Part ⅡSurface Properties,Absorption and Reactivity187

Direct Titration of the Acidity of Carbon Blacks＆M．L．Studebaker189

Hydride-transfer Reactions of Carbon Black＆D．Rivin199

The Role of the Surface Complex in the Carbon-Oxygen Reaction＆N．R．Laine,F．J．Vastola,and P．L．Walker,Jr．211

The Formation and Oxidation of High-area Carbon Films＆V．R．Deitz and E．F．McFarlane219

Oxidation Kinetics of Pyrolytic Graphite＆W．S．Horton233

Catalysis of the Carbon-Carbon Dioxide Reaction by Iron＆J．F．Rakszawski,F．Rusinko,Jr．,and P．L．Walker,Jr．243

Mode of Porosity Development in Activated Anthracite＆M．Kawahata and P．L．Walker,Jr．251

Steam Activation of Charcoal:A Systematic Study of Weight and Volume Losses＆D．G．Edwards,R．York,J．Tracht,P．E．Loveday,and F．P．Williams265

Chemical Characteristics of Carbon Brush Wear Dust＆R．J．Bobka287

Part ⅢIrradiation Effects,Gas Permeability295

Observation of Lattice Defects in Fission Fragment-irradiated Graphite＆F．E．Fujita and K．Izui297

On the Mechanism of Radiation Damage in Graphite＆W．Bollmann303

Effect of Heat Treatment on the High-temperature Thermal Properties of Baked Carbons and Irradiated Graphite＆J．F．Doar and J．N．Pike311

Preliminary Results on Radiation Damage in Various Graphites＆M．Beutell,E．Fitzer,R．Gain,and O．Vohler319

Gas Permeability Studies on Some Artificial Graphites＆T．R．Jenkins and F．Roberts335

The Use of Graphite in High-temperature Nuclear Fuel Elements＆W．V．Goeddel,G．R．Tully,Jr．,and R．A．Meyer347

The Role of Pore Structure in the Oxidation of Graphite by Irradiated Carbon Dioxide＆J．M．Hutcheon,H．C．Cowen,and J．Winton379

The Development of Low Permeability Graphite for the Dragon Reactor Experiment＆L．W．Graham,W．Watt,and W．Johnson,P．A．P．Arragon and M．S．T．Price387

Experiments on the Diffusion of Cesium and Barium Through Graphites of Low Helium Permeability＆A．B．Riedinger,C．E．Milstead,and L．R．Zumwalt405

Part ⅣCarbonization,Graphitization and Structure411

Studies of the Thermal Behavior of Some Polynuclear Aromatics＆I．C．Lewis and T．Edstrom413

Influence of Aromatic Nitro-compounds on the Condensation of Coal-tar Pitch＆S．Yamada431

Rate of Graphitization of Carbon＆S．Mizushima439

Studies on the Deposition of Pyrolytic Carbons＆K．W．Carley-Macauly and M．Mackenzie449

Some Effects of Annealing Pyrolytic Graphite＆J．T．Meers461

The Microscopic Structure of Pyrographite＆G．Susich and L．M．Dogliotti467

Comparison of Properties of Carbon and Graphite Bodies Produced From Anthracite and Petroleum Coke＆I．Geller and P．L．Walker,Jr．471

Particle Shape Factors,Crystallite Orientation,and Grindability of Petroleum Cokes＆P．L．Walker,Jr．,R．P．Gardner,M．A．Short,and L．G．Austin483

Development of Three-dimensional Crystallinity in Natural Graphitic Materials＆M．Mentser,H．J．O＇Donnell,and S．Ergun493

The Tetrahedral Structure in Evaporated Thin Films of Carbon＆J．Kakinoki499

Some Difficulties Encountered in the Application of X-ray Diffractometer Measurements to the Matrix Method of R．Diamond for the Determination of Crystallite Size Distributions in Turbostatic Carbons＆H．A．McKinstry and M．A．Short507

The Breit-Dirac Correction to Compton Scattering of Carbon＆S．Ergun and W．F．Donaldson517

Part ⅤMechanical and Thermal Properties,Imperfections519

Electron Microscopy of Imperfections in Graphite Crystals＆G．K．Williamson and C．Baker521

Extended Dislocations in the Anisotropic Elastic Continuum Approximation＆G．B．Spence531

Internal Friction of Carbon Materials＆T．Tsuzuku and H．Kobayashi539

Creep and Recovery in Graphites at High Temperatures＆E．J．Seldin545

Compressibility of Carbon Black＆A．I．Medalia and R．L．Sawyer563

Further Studies of Young＇s Modulus of Carbons at Room Temperature＆J．F．Andrew and J．Distante585

Preliminary Studies of Young＇s Modulus of Carbons at High Temperature＆J．F．Andrew and D．C．Wobschall589

The Strength of Commercial Graphite＆I．B．Mason597

Preparation of Special Graphite Grades for Jet Propulsion Laboratory High-temperature Studies＆L．Simbeck and R．Kronenwetter611

Structural and High-temperature Tensile Properties of Special Pitch-Coke Graphites＆H．E．Martens and W．V．Kotlensky617

Mechanical Properties of Pyrolytic Graphite to 2800℃＆W．V．Kotlensky and H．E．Martens625

The Spectral Emissivity and Total Normal Emissivity of Commercial Graphites at Elevated Temperatures＆A．F．Grenis and A．P．Levitt639

Thermal Conductivity of Carbon at High Temperature＆H．E．Strauss647

AUTHOR INDEX655

SUBJECT INDEX663

ERRATA674