Feasibility study of a hybrid MHD/radiatively driven facility for hypersonic ground testing

Author:

Macheret Sergey1,Miles Richard1,Nelson Gordon2,Macheret Sergey1,Miles Richard1,Nelson Gordon2

Affiliation:

1. Princeton Univ., NJ

2. MSE, Inc., Butte, MT

Publisher

American Institute of Aeronautics and Astronautics

Reference18 articles.

1. Radiatively driven hypersonic wind tunnel

2. S.Macheret, G.Williams, G.Comas, C.Meinrenken, W.Lempert, and R.Miles, "Energy Addition and Thermalization Issues inaRadiatively Driven HypersonicWind Tunnel", Paper AIAA 95-2142.

3. S.Macheret, C.Meinrenken, G.Williams, W.Gillespie, W.Lempert, and R.Miles, "Radiative Energy Addition to High Pressure SupersonicAir", Paper AIAA 96-1984.

4. G.L. Nelson and G. Simmons, "Augmentation of Hypersonic Propulsion Testing Facilities Using MHD", Paper AIAA 95-1937.

5. I.V.Adamovich, J.W.Rich, and G.L.Nelson, "Feasibility Study of MHDAcceleration of Unseeded and Seeded Air Flows", PaperAIAA 96-2347.

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