A gas-loaded variable conductance heat pipe of stainless steel with methanol working fluid identical to one now on the CTS satellite was life tested in the laboratory at accelerated conditions for 14 200 hours, equivalent to about 70 000 hours at flight conditions. The noncondensible gas inventory increased about 20 percent over the original charge. The observed gas increase is estimated to increase operating temperature by about 2.2 C, insufficient to harm the electronic gear cooled by the heat pipes in the satellite. Tests of maximum heat input against evaporator elevation agree well with the manufacturer's predictions
The development and use of heat pipes are described, including space requirements and contributions....
The design and testing of a heat pipe for spacecraft application is presented. The application in mi...
With the selection of a gas-cooled reactor, this heat pipe accelerated life test activity was closed...
As part of an effort to develop reliable, cost effective spacecraft thermal control heat pipes, life...
A gas-controlled variable-conductance heat pipe was qualified for flight aboard orbiting astronomica...
High-temperature heat pipes are being evaluated for use in energy conversion applications such as fu...
Research and development programs in variable conductance heat pipe technology were conducted. The t...
Experimental and analytical study of water heat pipes for 200 to 350 deg F temperature rang
High-temperature heat pipes are being evaluated for use in energy conversion applications such as fu...
A research and development program in variable conductance heat pipe technology is reported. The pro...
The procedure to be followed in determining the thermal performance of a variable conductance heat p...
The merit of adding water to the reflux charge in chemically and solvent cleaned aluminum/slab wick/...
Various heat pipe temperature control techniques are critically evaluated using characteristic featu...
Four thermal excursions of the Transmitter Experiment Package (TEP) were the result of the depriming...
Heat pipes were developed which can be used as (1) a variable conductance link between a heat source...
The development and use of heat pipes are described, including space requirements and contributions....
The design and testing of a heat pipe for spacecraft application is presented. The application in mi...
With the selection of a gas-cooled reactor, this heat pipe accelerated life test activity was closed...
As part of an effort to develop reliable, cost effective spacecraft thermal control heat pipes, life...
A gas-controlled variable-conductance heat pipe was qualified for flight aboard orbiting astronomica...
High-temperature heat pipes are being evaluated for use in energy conversion applications such as fu...
Research and development programs in variable conductance heat pipe technology were conducted. The t...
Experimental and analytical study of water heat pipes for 200 to 350 deg F temperature rang
High-temperature heat pipes are being evaluated for use in energy conversion applications such as fu...
A research and development program in variable conductance heat pipe technology is reported. The pro...
The procedure to be followed in determining the thermal performance of a variable conductance heat p...
The merit of adding water to the reflux charge in chemically and solvent cleaned aluminum/slab wick/...
Various heat pipe temperature control techniques are critically evaluated using characteristic featu...
Four thermal excursions of the Transmitter Experiment Package (TEP) were the result of the depriming...
Heat pipes were developed which can be used as (1) a variable conductance link between a heat source...
The development and use of heat pipes are described, including space requirements and contributions....
The design and testing of a heat pipe for spacecraft application is presented. The application in mi...
With the selection of a gas-cooled reactor, this heat pipe accelerated life test activity was closed...