D. Lieberman

发表

Detonation Initiation by a Hot Turbulent Jet for use in Pulse Detonation Engines

Joseph E. Shepherd, Kevin Parkin, J. Shepherd, 2002 .

Characterization of a Corona Discharge Initiator Using Detonation Tube Impulse Measurements

J. Shepherd, M. Gundersen, D. Lieberman, 2005 .

Detonation interaction with an interface

J. Shepherd, D. Lieberman, 2007 .

Retrofitting stoves with forced jets of primary air improves speed, emissions, and efficiency: Evidence from six types of biomass cookstoves

Nordica A. MacCarty, Dean Still, D. Lieberman, 2022, Energy for Sustainable Development.

Pulse Detonation Engines: Initiation, Propagation, and Performance

D. Lieberman, J. Austin, F. Pintgen, 2005 .

Detonation Initiation , Diffraction , and Engine Component Performance

J. Shepherd, D. Lieberman, F. Pintgen, 2004 .

Detonation interaction with a diffuse interface and subsequent chemical reaction

J. Shepherd, D. Lieberman, 2007 .

Development of wood-burning rocket cookstove with forced air-injection

J. Posner, J. Kramlich, Dean Still, 2021, Energy for Sustainable Development.

Photographic Study of the Transition Between the Quasi-Detonation and Choking Regimes

J. H. Lee, D. Lieberman, 2001 .

Detonation Initiation and Propagation

J. Shepherd, D. Lieberman, J. Austin, 2002 .

Combustion Behind Shock Waves

J. Shepherd, D. Lieberman, Sandeep Singh, 2003 .

Detonation interaction with sharp and diffuse interfaces

D. Lieberman, 2006 .