Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76562/1/AIAA-1996-499-522.pd
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
A microscale heater array 2:7 mm 2:7 mm in size along with a video camera was used to provide subco...
Pool boiling experiments using R-113 were conducted in the microgravity of space on a flat heater co...
Pool boiling experiments were conducted in microgravity on five space shuttle flights, using a flat ...
Transient nucleate pool boiling experiments using R113 are conducted for short times in microgravity...
Pool boiling of degassed FC-72 on a plane plate heater has been studied experimentally in microgravi...
As is well known, boiling is an effective mode of heat transfer in that high heat flux levels are po...
Pool boiling on flat plates in microgravity has been studied for more than 50 years. The results of ...
Pool boiling in microgravity is an area of both scientific and practical interest. Conducting tests ...
A microscale heater array was used to study boiling in earth gravity and microgravity. The heater ar...
The purpose of this thesis is to study the effects of microgravity, surface geometry, and heat dissi...
The purpose of this thesis is to study the effects of microgravity, surface geometry, and heat dissi...
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
A microscale heater array 2:7 mm 2:7 mm in size along with a video camera was used to provide subco...
Pool boiling experiments using R-113 were conducted in the microgravity of space on a flat heater co...
Pool boiling experiments were conducted in microgravity on five space shuttle flights, using a flat ...
Transient nucleate pool boiling experiments using R113 are conducted for short times in microgravity...
Pool boiling of degassed FC-72 on a plane plate heater has been studied experimentally in microgravi...
As is well known, boiling is an effective mode of heat transfer in that high heat flux levels are po...
Pool boiling on flat plates in microgravity has been studied for more than 50 years. The results of ...
Pool boiling in microgravity is an area of both scientific and practical interest. Conducting tests ...
A microscale heater array was used to study boiling in earth gravity and microgravity. The heater ar...
The purpose of this thesis is to study the effects of microgravity, surface geometry, and heat dissi...
The purpose of this thesis is to study the effects of microgravity, surface geometry, and heat dissi...
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
Nucleate boiling is a highly effective means of transferring heat, and as space exploration begins t...
A microscale heater array 2:7 mm 2:7 mm in size along with a video camera was used to provide subco...
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