PPT-PIP-II Solenoid Focusing lens for SSR2 Cryomodule

Kumud Singh Affiliation Bhabha Atomic Research Centre PIPII Technical Meeting 19 Jan 2016 Outline KSingh SSR2 Focusing Lens Design 2 01192016 Introduction EM design and parameters. focused on SPL cavity tests. V. Benda, O. Pirotte, B. Vullierme. SM 18 layout, . current status . 19.10.2010. SPL cryomodule CRG/VB. 2. 6 kW . Linde. RF cavity. Magnet test benches CFBs. Bloc 4 + FCM + SC Link. Linac. Front End Focusing Lens Development. Can we use these lenses in the SSR1 . crymodule. of PXIE ?. 9/27/2011. 1. Terechkine . for PXIE . Cryomodule. Design meeting. Requirements for HINS . Linac. Requirements table. Developed at FNAL. Available from vendors. Used at ANL. Layout of the SSR1 . cryomodule. . Case study: no BC-s, no shielding. Requirements. LHe. . bath cooling concept. Requirements dictated by Beam . Cryo. -Module?. 1. Preparation of larger parts in a Clean room Class 10000 (ISO7). Preparation of smaller parts in a “. baldaquin. ” annex. Assembly in a clean-room Class 100 (ISO5). Using . assembly tooling . A Quick Overview throughout History. In its simplest form a camera as a device has three interacting systems. A viewing/Focusing system. A light control system. Image . Reciever. System. A simplistic pinhole camera has no viewing or focusing system while more complex camera systems allow for adjustment of focus and viewing of the frame.. Project. Status Report. Y. Kadi . for. . the. HIE-ISOLDE Project Team. 5th HIE-ISOLDE . Physics. . Collaboration. WG . Meeting. CERN, . 1. April 2014. OUTLINE. Technical . Activities. - Progress on many fronts:. 27 January 2015. Zachary Conway. On behalf of the ANL Linac Development Group. Argonne National Laboratory. Physics Division. Overview. FY2015 Scope of Work.. Recent Progress.. Prototype Cavity Cold Test Results.. Cost and . Optimization. Based Jlab energy upgrade . Cryomodule design and produced to increase the energy gain of CEBAF to 12 GeV in 5 ½ passes. Increases the energy gain of each linac with 5 new cryomodules. Brian Hartsell. Shipping Review. June 12. th. , 2018. 2. General Shipping Configuration & Procedure. Procedure from a high level:. Electrical and RF checks. Beamline vacuum monitor installed. Adapters installed into HGRP. Satish. Joshi. Raja . Ramanna. Centre for Advanced Technology, Indore, India. Outline. Prototype 1.3 GHz single Cell cavity. Single cell . Nb. 1.3 GHz cavity development. Development of Cavity Processing Facility. Tom Nicol – Fermilab. May 8, 2014. 1. It’s a group effort – Many thanks to. Jean . Delayen, . HyeKyoung Park. , Subashini De . Silva, Rocio Olave at ODU. Sergey Belomestnykh. , Qiong . Wu, Silvia . The eye has two primary focusing structures. The first is the cornea. The clear front surface of the eye has the majority of focusing power. The second structure is the intraocular lens, within the ey A. . Barnyakov. , A. . Levichev. , D. . Nikiforov. , M. . Maltseva. BINP. A.E.Levichev@inp.nsk.su. Critical current for the given voltage:. Pipe radius . a. =40 mm. Outer beam radius . r. 2. =1.8 mm. Lecture 1. The Microscope . by. Assistant Lecture. Zahraa. Mahmoud Hussain. The Microscope. It is a scientific equipment . that . magnifies . very small . objects that is not visible to the naked eye to an extent where it can be seen clearly..