Handbook of Industrial Diamonds: Volume 1, Superabrasives and Diamond Syntheses

Cover
Half Title
Title Page
Copyright Page
Table of Contents
Preface
Chapter 1: High-Pressure Synthesis of Saw Diamond
	1.1: The Technology Barrier for Growing Saw Diamond
	1.2: The Belt Apparatus
	1.3: The Production Scale
	1.4: The Construction of Belt Apparatus
	1.5: Stress in a Die
	1.6: Gasket Material
	1.7: The Design of Reaction Cell
	1.8: The Russian Toroidal Apparatus
	1.9: The Chinese Cubic Presses
	1.10: China as the Volume Leader
	1.11: Layered Cell versus Powdered Cell
	1.12: Positive Nucleation Control by Seeding
	1.13: The Optimization of Graphite
	1.14: The Selection of Catalyst
Chapter 2: Diamond Grit
	2.1: Diamond Attributes
	2.2: Diamond’s Facets
	2.3: Diamond’s Hardness
	2.4: Grit Size
	2.5: Diamond Shape
	2.6: Impact Strength
	2.7: Compression Strength
	2.8: Thermal Softening of Diamond
	2.9: Graphitization of Diamond
	2.10: Oxidation of Diamond
	2.11: Catalytic Etching
	2.12: Diamond Grades
	2.13: Diamond Separation
	2.14: Magnetic Susceptibility
	2.15: Matrix Metal
Chapter 3: Diamond Saws
	3.1: Revived Stone Age
	3.2: Circular Diamond Saws
	3.3: Straight Frame Saws
	3.4: Metal Coating of Diamond
	3.5: Diamond Granulation
	3.6: Wire Saws
	3.7: Brazed Wire Saw Beads
	3.8: Diamond Cuting Optimization
	3.9: Cuting Performance of Circular Saws
	3.10: Diamond Saw Performance
	3.11: Diamond Saw Segments
	3.12: 
Sintering Processes
	3.13: Diamond Array in 3D
Chapter 4: Micron and Nanom Diamond
	4.1: Explosive Diamond
	4.2: High Surface Areas
	4.3: Dynamite Diamond
	4.4: Nanom Diamond Applications
	4.5: Shock Wave Diamond
	4.6: Micron Diamond Applications
	4.7: Conventional Micron Diamonds
	4.8: Diamond Pulverization
	4.9:
 The Classification of Micron Diamond
	4.10: The Polishing by Micron Diamond
	4.11: Sintering of Micron and Nanom Diamonds
Chapter 5: Active Braze-Coated Diamond
	5.1: Diamond Brazes
	5.2: Diamond Bonding Strength
	5.3: Diamond Coating
	5.4: Molten Braze Coating
	5.5: Diamond Needles and Plates
	5.6: Trans-Granular Fracture of ABCD
	5.7: ABCD Saw Segments
	5.8: Porous Metal Matrix
	5.9: Frame Saw for Cutting Granite
	5.10: Porous ABCD Frame Saw Segment
	5.11: Frame Saw with Elastic Blades
	5.12: Mini-Wire Saws
	5.13: ABCD Wire Saw to Slice Silicon Ingot
Chapter 6: Diamond Grinders
	6.1: The Applications of Diamond Grinders
	6.2: The Performance of Diamond Grinders
	6.3: The Design of Diamond Grinders
	6.4: Diamond Selection
	6.5: Diamond Wear Mechanism
	6.6: Diamond and Matrix Material
	6.7: Diamond Coatings
	6.8: Novel Concept Friable Diamond
Chapter 7: Cubic Boron Nitride
	7.1: ABCD of Abrasives
	7.2: Cubic Boron Nitride
	7.3: Synthesis of cBN
	7.4: Crystal Morphology
	7.5: Matrix of cBN Grinder
	7.6: Applications of cBN Grinders
	7.7: Polycrystalline cBN Grits
	7.8: Polycrystalline cBN Blanks
Chapter 8: Diamond Pad Dresser
	8.1: Diamond Distribution and Diamond Adherence
	8.2: Chemical Mechanical Planarization
	8.3: Diamond Pad Dresser
	8.4: The Dressing of Polishing Pad
	8.5: The Dressing Rate of a Pad
	8.6: The Texture of the Pad Surface
	8.7: Harmonic Dressing versus Noisy Dressing
	8.8: Mathematical Models for Dressing
	8.9: Diamond Dresser Life
	8.10: Diamond Selection
	8.11: Diamond Dresser Design
	8.12: Conventional Diamond Dressers
	8.13: Diamond Separation
	8.14: Diamond Leveling
	8.15: Diamond Shield Protection
	8.16: Diamond Grid Performance
Chapter 9: Polycrystalline Diamond
	9.1: Sintering of Polycrystalline Diamond
	9.2: The Infiltration of Cobalt
	9.3: PCD Interface
	9.4: PCD Structures
	9.5: PCD Properties
	9.6: Thermal Stability of PCD
	9.7: PCD Brazing
	9.8: Thermally Stable PCD
	9.9: DiaPore PCD’s Manufacture
	9.10: High-Pressure DiaMet
	9.11: DiaSiC PCD
	9.12: DiaSil PCD
	9.13: Utility-Grade PCD
	9.14: PCD Cuting Tools
	9.15: PCD Drill Bits
	9.16: PCD Wire-Drawing Die
	9.17: PCD Dressers
	9.18: PCD Wear Resistant Parts
Appendix
Index