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Shockwaves in Microchannels

Shockwaves in Microchannels, Fig. 4 (a) Active components of conventional axial wave rotor, (b) Radial ultramicrowave rotor used to enhance a microfabricated gas turbine... [Pg.2991]

Shockwaves in Microchannels, Fig. 5 Static pressure inside a microchannel at two different time steps. Time = 1 is... [Pg.2992]

Shockwaves in Microchannels, Fig. 7 Silicon microchannels (a) Top view, (b) Bottom view... [Pg.2994]

Shockwaves in Microchannels, Fig. 8 Diff nt size channels visualized with SEM (a) 90 and 180 (xm wide channels, (b) 360 and 720 (un wide channels... [Pg.2995]

Shockwaves In Microchannels, Figure 1 One-dimensional model of a microchannel (a) with shock traveling in the direction opposite to the flow (b) with shock traveling in the direction of the flow... [Pg.1829]

Shockwaves in Microchannels, Figure 3 Efficiency of shockwave compression process as function of microchannel length/diameter ratio tor ditferent shock strengths, and tor a shock traveling In the direction of the flow. Results obtained with analytical one-dimensional code... [Pg.1832]

Shockwaves in Microchannels, Figure 9 Non-slip versus slip-flow wall velocity... [Pg.1836]

See other pages where Shockwaves in Microchannels is mentioned: [Pg.1836]    [Pg.2251]    [Pg.2987]    [Pg.2987]    [Pg.2987]    [Pg.2988]    [Pg.2988]    [Pg.2989]    [Pg.2990]    [Pg.2990]    [Pg.2991]    [Pg.2992]    [Pg.2993]    [Pg.2994]    [Pg.2995]    [Pg.2996]    [Pg.2997]    [Pg.2998]    [Pg.2999]    [Pg.1342]    [Pg.1745]    [Pg.1829]    [Pg.1829]    [Pg.1830]    [Pg.1831]    [Pg.1833]    [Pg.1833]    [Pg.1834]    [Pg.1834]    [Pg.1835]    [Pg.1836]    [Pg.1837]    [Pg.1838]   
See also in sourсe #XX -- [ Pg.1829 ]



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