P. D. Boer

发表

The effect of fuel injection on NOx emissions and undesirable combustion for hydrogen-fuelled piston engines

H. S. Homan, P. C. T. de Boer, P. D. Boer, 1983 .

Performance and NOx Emissions of Spark Ignited Combustion Engines Using Alternative Fuels—Quasi One-Dimensional Modeling I. Hydrogen Fueled Engines

J. J. Fagelson, P. C. T. de Boer, P. D. Boer, 1978 .

Performance and emissions of hydrogen fueled internal combustion engines

H. S. Homan, P. C. T. de Boer, P. D. Boer, 1976 .

Boundary layer effects on density measurements in shock tubes

P. D. Boer, J. Miller, 1976 .

Thermally driven motion of strongly heated fluids

P. D. Boer, P. de Boer, 1984 .

Measurement of Ionization Relaxation Times in Shock Tubes

A. Frohn, P. D. Boer, 1969 .

Characteristics of the double inlet pulse tube

P. D. Boer, 2003 .

AIAA 99-2853 Influence of Miagnetic Field on the 'Neutralization Process in an Ion Thruster

P. D. Boer, 1999 .

Performance of the inertance pulse tube

P. D. Boer, P. de Boer, 2002 .

Thermodynamic analysis of the basic pulse-tube refrigerator

P. D. Boer, 1994 .

Droplet Burning and Evaporation Times for Distillate and Residual Fuel Oils

P. D. Boer, 1980 .

Probe for Measuring Ion Density in Slightly Ionized, High Speed Flow

P. D. Boer, 1966 .

Some Studies on Argon, Helium, and Carbon Dioxide with an Integrated‐Schlieren Instrumented Shock Tube

P. D. Boer, Jerome Daen, 1962 .

Thermodynamics of capillary adhesion between rough surfaces.

M. P. Boer, P. D. Boer, 2007 .

THEORY OF ION BOUNDARY LAYERS.

P. D. Boer, Ronald A. Johnson, 1972 .

Ion Density Profiles behind Shock Waves in Air

A. Frohn, P. D. Boer, 1967 .

Flat plate probe for measuring ion density

P. D. Boer, 1968 .

Boundary Layer Effects on Chemical Kinetics Studies in a Shock Tube

E. Resler, A. Lifshitz, A. Bar-Nun, 1970 .

Filling Rate of the Tail of the Velocity Distribution Function

P. D. Boer, 1967 .

Hydrogen as a Reciprocating Engine Fuel

J. J. Fagelson, H. S. Homan, P. D. Boer, 1977 .

Spherical electric probe in a continuum gas

G. Ludford, P. D. Boer, 1975 .

Flow Field behind a Shock Wave in a Low‐Pressure Test Gas

P. D. Boer, Edward W. Hubbard, 1969 .

Ion Density Measurements with an Electric Probe

P. D. Boer, W. Thompson, 1975 .

Hydrogen-fueled diesel engine without timed ignition

W. J. Mclean, H. S. Homan, P. C. T. de Boer, 1979 .

Curvature of Shock Fronts in Shock Tubes

P. D. Boer, 1963 .

Measurements of Electron Density in the Charge Exchange Plasma of an Ion Thruster

P. D. Boer, 1997 .

Electric probe measurements in the plume of an ion thruster

P. C. T. de Boer, P. D. Boer, 1996 .

Thermally driven motion of highly viscous fluids

P. D. Boer, 1986 .

Heat removal in the orifice pulse-tube

P. D. Boer, 1998 .

Performance of a hydrogen-oxygen-noble gas engine

P. D. Boer, Joseph Hulet, 1980 .

Maximum attainable performance of pulse tube refrigerators

P. C. T. de Boer, P. D. Boer, 2002 .

Pressure Heat Pumping in the Orifice Pulse-Tube Refrigerator

P. D. Boer, 1996 .

Analysis of basic pulse-tube refrigerator with regenerator

P. C. T. de Boer, P. D. Boer, 1995 .

AN ANALYTICAL AND EXPERIMENTAL STUDY OF THE PERFORMANCE AND EMISSIONS OF A HYDROGEN FUELED RECIPROCATING ENGINE

J. J. Fagelson, H. S. Homan, P. D. Boer, 1974 .

Shock Front Curvature at Initial Pressures up to 700 mm Hg

A. Mazzella, P. D. Boer, 1966 .

Ion boundary layer on a flat plate.

P. D. Boer, 1973 .