Chapter 3: Dynamics and Vibrations. Chapter 4: Machine Design.
Chapter 5: Fluid Mechanics. Chapter 6: Thermofluid Mechanics. Chapter 7: Heat Transfer.
Chapter 8: Gas Dynamics and Combustion. Chapter 9: Hydraulic Machines.
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- Gas dynamic laser.
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Pure gas dynamic lasers usually use a combustion chamber, supersonic expansion nozzle , and CO 2 , in a mixture with nitrogen or helium , as the laser medium. Gas dynamic lasers can be pumped by combustion or adiabatic expansion of gas.
Any hot and compressed gas with appropriate vibrational structure could be utilized. The explosively pumped gas dynamic laser is a version of GDL pumped by expansion of explosion products.
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This device could have very high pulsed peak power output suitable for laser weapons. Written by the leading experts Provides access to material from previously little known sources Comprehensive review of the field over many decades of research see more benefits. Buy eBook.
Thermo-Gas Dynamics of Hydrogen Combustion and Explosion
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FAQ Policy. About this book The potential of hydrogen as an important future energy source has generated fresh interest in the study of hydrogenous gas mixtures. Show all.