ABHILASH M | SJCE MYSORE, KARNATAKA (original) (raw)

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Research paper thumbnail of Superfluid helium cryogenics for the Large Hadron Collider project at CERN

Cryogenics, Jan 1, 1994

A . -S (fg { LHC Note 274 EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH elevation differences of up ... more A . -S (fg { LHC Note 274 EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH elevation differences of up to 22 m. OCR Output producing and distributing refrigeration to the adjacent half-octants, over a length of 1.7 km and across other. As a consequence, the LHC cryogenic system is based on eight octant cryogenic plants, each from 50 to 150 m below ground, with eight evenly-spaced access areas at a distance of 3.3 k.rn from each geometry: a quasi-circular tunnel composed of eight octants, on a slope of 1.4 % and at a depth ranging machine will reuse civil engineering and infrastructure from LEP, and is thus constrained by the existing The basic design parameters of the LHC, operating as proton collider, are listed in . The integrate them reliably in a high-energy accelerator with high-intensity beams.

Research paper thumbnail of Cryogenics in space: a review of the missions and of the technologies

Cryogenics, Jan 1, 2000

Cryogenics has made a remarkable amount of progress over the last 15 years. The increased reliabi... more Cryogenics has made a remarkable amount of progress over the last 15 years. The increased reliability and simplicity of operations of cryogenic equipment have allowed to install and to successfully operate them onboard spacecrafts. At the same time, the ...

Research paper thumbnail of Superfluid helium cryogenics for the Large Hadron Collider project at CERN

Cryogenics, Jan 1, 1994

A . -S (fg { LHC Note 274 EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH elevation differences of up ... more A . -S (fg { LHC Note 274 EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH elevation differences of up to 22 m. OCR Output producing and distributing refrigeration to the adjacent half-octants, over a length of 1.7 km and across other. As a consequence, the LHC cryogenic system is based on eight octant cryogenic plants, each from 50 to 150 m below ground, with eight evenly-spaced access areas at a distance of 3.3 k.rn from each geometry: a quasi-circular tunnel composed of eight octants, on a slope of 1.4 % and at a depth ranging machine will reuse civil engineering and infrastructure from LEP, and is thus constrained by the existing The basic design parameters of the LHC, operating as proton collider, are listed in . The integrate them reliably in a high-energy accelerator with high-intensity beams.

Research paper thumbnail of Cryogenics in space: a review of the missions and of the technologies

Cryogenics, Jan 1, 2000

Cryogenics has made a remarkable amount of progress over the last 15 years. The increased reliabi... more Cryogenics has made a remarkable amount of progress over the last 15 years. The increased reliability and simplicity of operations of cryogenic equipment have allowed to install and to successfully operate them onboard spacecrafts. At the same time, the ...

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