HANDBOOK OF ROCKS: USE WITHOUT THE MICROSCOPE

By A. KURAL

PHYSICAL PROPERTIES OF ROCKS-SOME GENERAL CHARACTERISTICS 2 PORE SPACE PROPERTIES OVERVIEW-INTRODUCTION POROSITY SPECIFIC INTERNAL SURFACE FLUIDS IN THE PORE SPACE-SATURATION AND BULK VOLUME FLUID PERMEABILITY WETTABILITY FLUID DISTRIBUTION-CAPILLARY PRESSURE IN A RESERVOIR EXAMPLE: SANDSTONE-PART INTRODUCTION PHYSICAL ORIGIN THE PRINCIPLE OF AN NMR MEASUREMENT NMR RELAXATION MECHANISMS OF FLUIDS IN PORES AND FLUID-SURFACE EFFECTS DENSITY OF ROCKS INTERACTIONS OF GAMMA RADIATION INTERACTIONS OF NEUTRON RADIATION APPLICATION OF NUCLEAR MEASUREMENTS FOR A MINERAL ANALYSIS FUNDAMENTALS ELASTIC PROPERTIES OF THE ROCK CONSTITUENTS VELOCITY OF ROCKS-OVERVIEW VELOCITY OF IGNEOUS AND METAMORPHIC ROCKS VELOCITY OF SEDIMENTARY ROCKS ANISOTROPY THEORIES RESERVOIR PROPERTIES FROM SEISMIC PARAMETERS ATTENUATION OF ELASTIC WAVES EXAMPLE OF ELASTIC PROPERTIES: SANDSTONE (GAS BEARING) OVERVIEW, INTRODUCTION CLASSIFICATION PARAMETERS FUNDAMENTAL GEOMECHANICAL PROPERTIES AND PROCESSES CORRELATION BETWEEN STATIC AND DYNAMIC MODULI CORRELATION BETWEEN SEISMIC VELOCITY AND STRENGTH PROPERTIES ELECTRICAL PROPERTIES OF ROCK COMPONENTS SPECIFIC ELECTRICAL RESISTIVITY OF ROCKS CLEAN ROCKS-THEORIES AND MODELS SHALY ROCKS, SHALY SANDS LAMINATED SHALY SANDS AND LAMINATED SANDS-MACROSCOPIC ANISOTROPY DIELECTRIC PROPERTIES OF ROCKS COMPLEX RESISTIVITY-SPECTRAL-INDUCED POLARIZATION THERMAL PROPERTIES OF MINERALS AND PORE CONTENTS THERMAL PROPERTIES OF ROCKS-EXPERIMENTAL DATA THEORIES AND MODELS RELATIONSHIPS BASED ON LAYERED MODELS-LOG INTERPRETATION FOR POROSITY AND MINERAL COMPOSITION ESTIMATE RELATIONSHIPS BETWEEN THERMAL CONDUCTIVITY AND ELASTIC WAVE VELOCITIES