NATO Science Series E

I: Instrumentation For Combustion and Flow in Gas Turbine Combustors.- 1. Velocity and Scalar Measurements in Model and Real Gas Turbine Combustors.- 2. Combustion Oscillations in Ducts.- 3. Effect of Mean and Variable Time Constant on Compensated Thermocouple Measurements.- 4. Laser Diagnostics for Gas Turbine Thermometry and Species Measurements.- 5. Raman Processes and their Application.- 6. Quantitative Two- and Three-Dimensional Measurement Techniques.- 7. Quantitative Two-Dimensional Imaging of CO in Combustion Gases Using LIF.- 8. Laser Velocimetry for Combustion.- 9. Some Problems and Solutions in the Application of Laser Velocimetry to Continuous Combustion.- 10. The Simultaneous Measurement of Velocity and Scalar Properties.- 11. Future Test Rigs.- II: Instrumentation For Combustion and Flow in Internal-Combustion Engines.- 12. Laser Instrumentation for Production Engines.- 13. Application of Laser Anemometry and Rayleigh Scattering to Engine Flows.- 14. Influence of Combustion on Laser-Doppler Velocimeter Signal Quality in a Spark Ignition Engine.- 15. Refractive Index Matching for LDV Measurements Near Walls and in Complex Geometries.- 16. Problems and Solutions for Sprays in Piston Engines.- 17. Dispersed Two-Phase Flows, its Experimental Investigation and Numerical Prediction.- 18. Temperature Measurements by Coherent Anti-Stokes Raman Scattering in Internal Combustion Engines.- 19. S.I. Engine Ion Probe Diagnostics.- 20. The Effect of Maximum Valve Lift on the Flow Field in a High Swirl Piston Engine.- 21. Measurements of the Three-Dimensional Turbulent Flow in the Cylinder of an I.C. Engine.