Collision Phenomena in Liquids and Solids

7.2 Non-Optical Measurement Techniques -- 7.3 Direct Imaging -- 7.4 Non-Imaging Optical Measurement Techniques -- 7.5 Measurement Techniques for Liquid Films -- 7.6 References -- 8 Atomization and Spray Formation -- 8.1 Primary Atomization -- 8.2 Secondary Aerodynamic Breakup -- 8.3 Drop-Drop Binary Collisions in Sprays -- 8.4 Secondary Drop Detachment from a Filament -- 8.5 Secondary Electrically Driven Drop Breakup: The Rayleigh Limit -- 8.6 References -- 9 Spray Impact -- 9.1 Spray Impact onto Liquid Films -- 9.2 Description of the Secondary Spray -- 9.3 Correlations for Spray Impact Phenomena -- 9.4 References -- Part IV Collisions of Solid Bodies with Liquid -- 10 Rigid Body Collision with Liquid Surface -- 10.1 Impact of Rigid Body at Liquid Surface -- 10.2 Rigid Body Entry and Penetration into Liquid: The Wagner Problem -- 10.3 Rigid Sphere Entry and Penetration into Liquid -- 10.4 References -- 11 Particle Impact onto Wetted Wall -- 11.1 Motion of a Rigid Immersed Particle near a Wall -- 11.2 Deformation of an Immersed Elastic Particle -- 11.3 Restitution Coefficient -- 11.4 Effect of Particle Material and Surface Properties -- 11.5 References -- Part V Solid-Solid Collisions -- 12 Particle and Long Bar Impact onto a Rigid Wall -- 12.1 Relatively Weak and Strong Impacts, the Split Hopkinson Pressure Bar: Propagation of Elastic Waves in Long Rods - Inertial Effects and Anelastic Material Properties. Strong Impacts and Irreversible Plastic Effects -- 12.2 Impingement of a Rigid/Semi-Brittle Ice Particle -- 12.3 References -- 13 Shaped-charge (Munroe) Jets and Projectile Penetration -- 13.1 Shaped-charge Jet Penetration Depth -- 13.2 Crater Configuration due to Shaped-charge Jet Penetration -- 13.3 Normal Penetration of an Eroding Projectile into an Elastic-Plastic Target -- 13.4 High-Speed Penetration