A simplified burn model for simulating explosive effects and afterburning von Houim, R. W.

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Advancing thermochemical diagnostics in kilogram-scale explosive fireballs via laser absorption spectroscopy von Murzyn, C. M., Allen, D. J., Baca, A. N., Egeln, A. A., Houim, R. W., Guildenbecher, D. R., Marinis, R. T., Welliver, M. C.

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Effect of decreasing blockage ratio on DDT in small channels with obstacles von Goodwin, G.B., Houim, R.W., Oran, E.S.

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Shock transition to detonation in channels with obstacles von Goodwin, G.B., Houim, R.W., Oran, E.S.

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Flame acceleration and transition to detonation: Effects of a composition gradient in a mixture of methane and air von Zheng, W., Kaplan, C.R., Houim, R.W., Oran, E.S.

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Examination of the forces controlling dust dispersion by shock waves von Ugarte, O. J., Houim, R. W., Oran, E. S.

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Visualization of post-detonation fireball flowfields and comparison to CFD modeling von Hargis, Joshua W., Egeln, Anthony, Houim, Ryan, Guildenbecher, Daniel R.

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Post-detonation fireball modeling: Validation of freeze out approximations von Egeln, Anthony A., Hewson, John C., Guildenbecher, Daniel R., Marinis, Ryan T., Welliver, Marc C., Houim, Ryan W.

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Role of reactivity gradients in the survival, decay and reignition of methane-air detonations in large channels von Honhar, Praveen, Kaplan, Carolyn R., Houim, Ryan W., Oran, Elaine S.

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Experimental and synthetic laser-absorption-spectroscopy measurements of temperature, pressure, and CO at 1 MHz for evaluation of post-detonation fireball models von Mathews, Garrett C., Gomez, Mateo, Schwartz, Charles J., Egeln Jr, Anthony A., Houim, Ryan W., Son, Steven F., Arienti, Marco, Thompson, Andrew D., Welliver, Marc, Guildenbecher, Daniel R., Goldenstein, Christopher S.

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