1 / 3

LCGT Cryogenics Subgroup

LCGT Cryogenics Subgroup. Status of construction. Cryostat 4 sets + Duct Shield 2 sets Procurement and machining of parts in 2011fy Assembling and factory tests in 2012fy 2011fy contract with Toshiba in September. 4K Cryocooler CLIO type vibration reduction

elu
Download Presentation

LCGT Cryogenics Subgroup

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. LCGT Cryogenics Subgroup Status of construction • Cryostat 4 sets + Duct Shield 2 sets • Procurement and machining of parts in 2011fy • Assembling and factory tests in 2012fy • 2011fy contract with Toshiba in September. • 4K Cryocooler • CLIO type vibration reduction • Manufacture 7 sets in 2011fy and 9sets in 2012fy. • 2011fy contract with Torisha in September. • 80K PTC for cooling duct shield • Manufacture 2 coolers by Nihon Air Water in 2011fy. • Kashiwa Cryostat (1/4 Cooling System) • For verifying cryogenic payload • Design in progress 2011.11.08 LCGT Collaboration Meeting

  2. LRIP ? ? Akeno Akeno 2 sets of Cryo. Payload Manufacture Design Cooling unit for suspension Install at Kashiwanoha

  3. Cryogenic payload (1)Collaboration with Rome University Thermal simulation as first step (Koike (KEK)) (2)Collaboration with U.S.A. group (3) Preparation of ¼ cryostat at Kashiwa is in progress. (4) Parameters : Thermal parameters are prepared (Yamamoto). Mechanical parameter must be prepared as soon as possible. (5)R&D : Initial cooling time (Sakakibara), Sapphire bonding (Suzuki, Ushiba, Shibata, I thank Ohmae for his introduction), Sapphire fiber with thick end (Uchiyama, Yamamoto), Material of mass and wires (Tokoku), Soft spring for vertical vibration isolation at cryogenic temperature(Ishizaki) 3

More Related