The vacuum pumping of the CC Cryostat was anticipated to be dominated by a water vapor load. The Engineering Note 270, extrapolating from earlier experience, predicts the removal of water vapor will be the dominant pumping load and take ca. 45 days to remove at the pumping speed planned. Part of the planned pumping capability was a homemade, liquid nitrogen temperature, water vapor cryopump. This note describes the design, fabrication and performance experiences of the Cryopump described in the D0 assembly drawing 3740.514-ME-294693
The cryogenic pumping system is one of the key components that define the operational window of JT-6...
Fermi National Accelerator Laboratory (Fermilab) is in the process of upgrading its detectors. Among...
An Excalibur CVR-1106 cryosorption pump was fitted with a special cooling system to permit measureme...
The initial vacuum pumping of the fully loaded cryostats immediately upon completing the minimum hea...
The cooldown will be immediately preceded by two trial pump downs; the insulating vacuum and the det...
A cryocondensation pump for the upper inboard divertor on DIII-D is to be installed in the vacuum ve...
A cryopumping module using metallic surfaces at liquid helium temperature for condensation of hydrog...
The continuous output of large quantities of gases at low pressure from fusion reactors, principally...
Cryosorption pumps are the only solution for pumping helium and hydrogen in fusion systems, due to t...
Neutral beam injectors and divertors for fusion devices require very high-speed pumping capabilities...
The superconducting Tevatron was added to Fermilab's 400 Gev Proton Accelerator, the main ring, in 1...
In order to obtain engineering data for design of large capacity cryopumps for hydrogen, deuterium a...
The design and performance testing plan for a cryopump to be used on the TFTR neutral beams injector...
A cryocondensation pump with a unique regeneration mechanism that allows continuous operation has be...
The Tritium System Test Assembly (TSTA), at the Los Alamos Scientific Laboratory, is intended to dem...
The cryogenic pumping system is one of the key components that define the operational window of JT-6...
Fermi National Accelerator Laboratory (Fermilab) is in the process of upgrading its detectors. Among...
An Excalibur CVR-1106 cryosorption pump was fitted with a special cooling system to permit measureme...
The initial vacuum pumping of the fully loaded cryostats immediately upon completing the minimum hea...
The cooldown will be immediately preceded by two trial pump downs; the insulating vacuum and the det...
A cryocondensation pump for the upper inboard divertor on DIII-D is to be installed in the vacuum ve...
A cryopumping module using metallic surfaces at liquid helium temperature for condensation of hydrog...
The continuous output of large quantities of gases at low pressure from fusion reactors, principally...
Cryosorption pumps are the only solution for pumping helium and hydrogen in fusion systems, due to t...
Neutral beam injectors and divertors for fusion devices require very high-speed pumping capabilities...
The superconducting Tevatron was added to Fermilab's 400 Gev Proton Accelerator, the main ring, in 1...
In order to obtain engineering data for design of large capacity cryopumps for hydrogen, deuterium a...
The design and performance testing plan for a cryopump to be used on the TFTR neutral beams injector...
A cryocondensation pump with a unique regeneration mechanism that allows continuous operation has be...
The Tritium System Test Assembly (TSTA), at the Los Alamos Scientific Laboratory, is intended to dem...
The cryogenic pumping system is one of the key components that define the operational window of JT-6...
Fermi National Accelerator Laboratory (Fermilab) is in the process of upgrading its detectors. Among...
An Excalibur CVR-1106 cryosorption pump was fitted with a special cooling system to permit measureme...