Acoustic wave propagation at nonadiabatic conditions: The continuum limit of a thin acoustic layer

Mathematics

• Continuum Limit 77%
• Acoustic Waves 73%
• Wave Propagation 64%
• Acoustics 64%
• Sound 56%
• Gas 44%
• Heat Flux 43%
• Excitation 36%
• Rarefied Gas 36%
• Propagation 32%
• Kinetic Model 29%
• Heating 28%
• Interaction 25%
• Collision 24%
• Direct Simulation Monte Carlo 19%
• Knudsen number 17%
• Thin Layer 15%
• Continuum Model 15%
• Attenuation 15%
• Equilibrium State 12%
• Radiation 12%
• Thermodynamics 12%
• Decay Rate 12%
• Power Law 11%
• Finite Difference 10%
• Asymptotic Expansion 10%
• Entire 10%
• Harmonic 10%
• Oscillation 9%
• Configuration 9%
• Approximate Solution 9%
• Gradient 9%
• Perturbation 8%
• Range of data 7%
• Generalise 6%

Engineering & Materials Science

• Acoustic wave propagation 100%
• Acoustics 48%
• Acoustic waves 47%
• Gases 28%
• Heat flux 26%
• Kinetic theory of gases 16%
• Molecular interactions 15%
• Heating 14%
• Thermoacoustics 14%
• Wave transmission 13%
• Acoustic fields 12%
• Thermal gradients 10%
• Thermodynamics 8%
• Radiation 7%
• Hot Temperature 4%

Chemistry

• Sound Property 85%
• Gas 31%
• Collision 19%
• Wave 18%
• Heat 14%
• Slab Like Crystal 11%
• Monte Carlo Method 10%
• Thermodynamics 6%
• Amount 4%
• Application 3%