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Please review this: code to extract the season/episode or date from a TV show's title on a torrent siteby Cody Fendant (Hermit) |
| on Aug 18, 2016 at 07:17 UTC ( [id://1169974]=perlquestion: print w/replies, xml ) | Need Help?? |
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Cody Fendant has asked for the wisdom of the Perl Monks concerning the following question: Drives standard 4K and 10K cold heads used in vacuum cryopumping and material research. The Sumitomo F-50 is a . Unlike cheaper "cladding alignment" splicers that simply align the outer diameter of the fiber, the F-50 utilizes multiple cameras to view the fiber core from different angles. This allows it to align the microscopic cores of two fibers with extreme precision, resulting in a splice loss often lower than 0.02 dB. The is a mid-size, high-performance helium compressor engineered by Sumitomo Heavy Industries. It serves as a core component in advanced cryogenic cooling systems, powering Gifford-McMahon (GM) cryocoolers and pulse tube cryorefrigerators. This water-cooled, three-phase machine converts electrical energy into high-pressure helium gas supply lines, maintaining temperatures as low as 4 Kelvin (-269°C) required for critical medical imaging and scientific systems. Applications and Equipment Pairing Designed primarily for the late 1990s and 2000s era of rapid fiber network expansion, the F-50 was engineered to prioritize durability and performance over compactness. Sumitomo F-50 HereDrives standard 4K and 10K cold heads used in vacuum cryopumping and material research. The Sumitomo F-50 is a . Unlike cheaper "cladding alignment" splicers that simply align the outer diameter of the fiber, the F-50 utilizes multiple cameras to view the fiber core from different angles. This allows it to align the microscopic cores of two fibers with extreme precision, resulting in a splice loss often lower than 0.02 dB. sumitomo f-50 The is a mid-size, high-performance helium compressor engineered by Sumitomo Heavy Industries. It serves as a core component in advanced cryogenic cooling systems, powering Gifford-McMahon (GM) cryocoolers and pulse tube cryorefrigerators. This water-cooled, three-phase machine converts electrical energy into high-pressure helium gas supply lines, maintaining temperatures as low as 4 Kelvin (-269°C) required for critical medical imaging and scientific systems. Applications and Equipment Pairing Drives standard 4K and 10K cold heads used Designed primarily for the late 1990s and 2000s era of rapid fiber network expansion, the F-50 was engineered to prioritize durability and performance over compactness. This allows it to align the microscopic cores
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