A 304 stainless steel heat pipe with slab type capillary structure and nitrogen as the working fluid was studied in the temperature range of 60 K to 120 K. The pipe was 1.27 cm in outside diameter and 9.14 cm in total length. In the transient studies, described in detail in this report, saddles were included at evaporator and condenser ends and a radiator was included at the condenser end
A gas-loaded variable conductance heat pipe of stainless steel with methanol working fluid identical...
Following a review of heat and mass transfer theory relevant to heat pipe performance, math models a...
Tests were conducted to determine the net heat leak to a source of liquid nitrogen caused by a metal...
An optimized flight-weight prototype fluid-header panel (heatpipe radiator system) was tested in a v...
A heat pipe was designed for operation in the 100 - 200 K temperature range with maximum heat transp...
An analytical model was formulated for a cryogenic heat pipe, and thermal and transport analyses wer...
The development and use of heat pipes are described, including space requirements and contributions....
Heat pipe technology pertinent to the design and application of self-controlled, variable conductanc...
With the selection of a gas-cooled reactor, this heat pipe accelerated life test activity was closed...
The development of thermal control heat pipes that are applicable to the low temperature to cryogeni...
Techniques associated with thermal-vacuum and bench testing, along with flight testing of the OAO-C ...
The transient operation of the liquid phase of a high temperature heat pipe is studied. The study wa...
Analysis of the data heat pipe radiator systems tested in both vacuum and ambient environments was c...
The merit of adding water to the reflux charge in chemically and solvent cleaned aluminum/slab wick/...
A variable conductance heat pipe (VCHP) with feedback control was fabricated with a reservoir-conden...
A gas-loaded variable conductance heat pipe of stainless steel with methanol working fluid identical...
Following a review of heat and mass transfer theory relevant to heat pipe performance, math models a...
Tests were conducted to determine the net heat leak to a source of liquid nitrogen caused by a metal...
An optimized flight-weight prototype fluid-header panel (heatpipe radiator system) was tested in a v...
A heat pipe was designed for operation in the 100 - 200 K temperature range with maximum heat transp...
An analytical model was formulated for a cryogenic heat pipe, and thermal and transport analyses wer...
The development and use of heat pipes are described, including space requirements and contributions....
Heat pipe technology pertinent to the design and application of self-controlled, variable conductanc...
With the selection of a gas-cooled reactor, this heat pipe accelerated life test activity was closed...
The development of thermal control heat pipes that are applicable to the low temperature to cryogeni...
Techniques associated with thermal-vacuum and bench testing, along with flight testing of the OAO-C ...
The transient operation of the liquid phase of a high temperature heat pipe is studied. The study wa...
Analysis of the data heat pipe radiator systems tested in both vacuum and ambient environments was c...
The merit of adding water to the reflux charge in chemically and solvent cleaned aluminum/slab wick/...
A variable conductance heat pipe (VCHP) with feedback control was fabricated with a reservoir-conden...
A gas-loaded variable conductance heat pipe of stainless steel with methanol working fluid identical...
Following a review of heat and mass transfer theory relevant to heat pipe performance, math models a...
Tests were conducted to determine the net heat leak to a source of liquid nitrogen caused by a metal...