A study of thermal transpiration for the development of a new type of gas pump.
Thermal transpiration for performance prediction and development of gas pump
Altman, M.↗
Engineering topics
Altman, M.
Publications and source records attributed to Altman, M..
Research in the conversion of various forms of energy by unconventional techniques Status report for period ending 30 Jun. 1968
Thermal diffusion of materials, magnetoplasma studies, and electrochemical processes for purpose of energy conversion by unconventional techniques
Altman, M.↗
A study of thermal transpiration for the development of a new type of gas pump.
Gas pump utilizing thermal transpiration in porous media, noting variation of performance with porous media geometric properties
Altman, M.↗
NASA, the university, and long term commitments
Explore the source record for details and available documents.
Altman, M.↗
Research in the conversion of various forms of energy by unconventional techniques Status report
Materials, plasma, and electrochemical research on unconventional energy conversion techniques
Altman, M.↗
Materials engineering
Thermal diffusivity measurement, thermoelectric properties of graphite alloys and compounds, superconductivity in tungsten films, and gas pump based on thermal transpiration
Altman, M.↗
The determination of thermal diffusivities of thermal energy storage materials. I.
Thermal diffusivities of thermal energy storage materials from solid surface temperature measurements, discussing advantages of transient method
MATERIAL TESTING↗
Thermal diffusivity of liquids
Thermal diffusivities of solid boron nitrate, and liquid sodium nitrate and lithium fluoride
LITHIUM FLUORIDE↗
Studies of thermal transpiration for the development of a thermal pump
Preliminary thermal transpiration data for helium through porcelain membrane for heat pump
HEAT PUMP↗
The electric automobile - Its future
Energy and power requirements and capabilities for electric automobile propulsion emphasizing fuel cell systems
FUEL CELL↗
Prospects for thermal energy storage.
Thermal energy storage utilizing heat of fusion of compounds noting advantages for space power systems
Altman, M.↗
Research in the conversion of various forms of energy by unconventional techniques Status report
Engineering developments in plasma probes, ionized gas, electron emission, electrochemical fuel cells, solar-thermal energy conversion, and nonlinear heat transfer phenomena
ENGINEERING DEVELOPMENT↗
Transient measurement of thermal diffusivity of refractory materials at high temperature
Transient measurement of thermal diffusivity of refractory materials at high temperature
THERMAL DIFFUSION↗
Theoretical and experimental investigation of a rotating plasma in a crossed electric and magnetic field
Rotating plasma in crossed electric and magnetic field
ELECTRIC FIELD↗
Institute for Direct Energy Conversion
Institute for Direct Energy Conversion at University of Pennsylvania
ENERGY CONVERSION↗
The Determination of Thermal Diffusivities of Thermal Energy Storage Materials. Part I - Solids up to Melting Point
Method for determining thermal diffusivity of thermal energy storage solid materials with high melting points
SOLIDS↗