This paper details the flight configuration and pre-flight performance test results of the fifth generation cryogenic capillary pumped loop (CCPL-5). This device will fly on STS-95 in October 1998 as part of the CRYOTSU Flight Experiment. This flight represents the first in-space demonstration of a CCPL; a miniaturized two-phase fluid circulator for thermally linking cryogenic components. CCPL-5 utilizes N2 as the working fluid and has a practical operating range of 75-110 K. Test results indicate that CCPL-5, which weighs about 200 grams, can transport over 10 W of cooling a distance of 0.25 m (or more) with less than a 5 K temperature drop
Capillary Pumped Loops (CPL's) and Loop Heat Pipes (LHP's) are finding increased acceptance on upcom...
This paper presents an overview of the Cryogenic Test Bed (CTB) experiments including experiment res...
Future NASA space telescopes and exploration missions require cryocooling of large areas such as opt...
The CAPL shuttle flight experiment will provide microgravity verification of the prototype capillary...
The Capillary Pumped Loop (CPL) is a thermal control system with high density heat acquisition and t...
Capillary-pumped loops (CPL's) are devices that are used to transport heat from one location to anot...
Capillary pumped loops (CPLs) are two-phase thermal control devices which, like heat pipes, use sur...
Capillary pumped loop (CPL) and loop heat pipe (LHP), are two-phase heat transport devices which rel...
Future large spacecraft, such as the Earth Observing System (EOS) platforms, will require a signific...
Technology areas critical to the development of cryogenic capillary devices were studied. Passive co...
This paper focuses on the flight results of the Cryogenic Two-Phase Flight Experiment (CRYOTP), whic...
Capillary Pumped Loops (CPL's) and Loop Heat Pipes (LHP's) are finding increased acceptance on upcom...
A loop heat pipe must start successfully before it can commence its service. The startup transient r...
Research has been conducted to observe the operation of a capillary pumped loop (CPL) in both normal...
The research with devices that operates passively by means of capillary forces has resulted in exten...
Capillary Pumped Loops (CPL's) and Loop Heat Pipes (LHP's) are finding increased acceptance on upcom...
This paper presents an overview of the Cryogenic Test Bed (CTB) experiments including experiment res...
Future NASA space telescopes and exploration missions require cryocooling of large areas such as opt...
The CAPL shuttle flight experiment will provide microgravity verification of the prototype capillary...
The Capillary Pumped Loop (CPL) is a thermal control system with high density heat acquisition and t...
Capillary-pumped loops (CPL's) are devices that are used to transport heat from one location to anot...
Capillary pumped loops (CPLs) are two-phase thermal control devices which, like heat pipes, use sur...
Capillary pumped loop (CPL) and loop heat pipe (LHP), are two-phase heat transport devices which rel...
Future large spacecraft, such as the Earth Observing System (EOS) platforms, will require a signific...
Technology areas critical to the development of cryogenic capillary devices were studied. Passive co...
This paper focuses on the flight results of the Cryogenic Two-Phase Flight Experiment (CRYOTP), whic...
Capillary Pumped Loops (CPL's) and Loop Heat Pipes (LHP's) are finding increased acceptance on upcom...
A loop heat pipe must start successfully before it can commence its service. The startup transient r...
Research has been conducted to observe the operation of a capillary pumped loop (CPL) in both normal...
The research with devices that operates passively by means of capillary forces has resulted in exten...
Capillary Pumped Loops (CPL's) and Loop Heat Pipes (LHP's) are finding increased acceptance on upcom...
This paper presents an overview of the Cryogenic Test Bed (CTB) experiments including experiment res...
Future NASA space telescopes and exploration missions require cryocooling of large areas such as opt...