PPT-Alignment Using a Beam Triangle

Opti 521 Phil Scott Presentation Overview Defining an O ptical Axis Optical Axis Woes Defining a Mechanical Axis Mechanical Axis Woes Degrees of Freedom for an Iris Setting up a Beam Triangle. David Griffith, Voltaire Velazco. University of Wollongong. with very significant inputs from. John Robinson (Lauder). Frank Hase (KIT). Graham Kettlewell (UoW). IFS125 FT spectrometer. IFS125 interferometer. STATUS OF THE CLIC PRE-ALIGNMENT STUDIES. 2. Survey and alignment for CLIC. For the CLIC project, Survey people will have to align (measure the position and adjust) all beam components or their associated supports:. in CLEX and first results. CLIC Workshop 2015. 26-30 January 2015. on . behalf . of : . . Hélène . Mainaud. -Durand,. . Mateusz. . Sosin. . . Mathieu . Duquenne. Vivien RUDE. Contents :. CLIC . with the . Raith. EBPG. Part 4: Alignment Marks. M. Rooks, Yale University. Alignment Marks. Alignment marks, or “markers” are used to align one layer of lithography with another layer. For example, if you need to print small, thin wires that connect to large, thick pads, then you will need alignment marks so that you can use two separate liftoff steps.. four-focus . microscope . James A . Germann. , Brian K Canfield, . Jason K King, Alexander . Terekhov. , Lloyd M Davis. Fluorescence . Cross-correlation . Spectroscopy. Fluorescence Correlation Spectroscopy (FCS) - analysis of time-dependent fluorescence fluctuations. Simple Setup to Teach Optical Alignment Ashley Carter Amherst College Goal for the lab = skill builder Skill builder for Research Lab/Industry Aligning lasers/optical components Build system from an Kazuro Furukawa. for Injector Linac. 1. 概要. Alignment. 電子銃. RF . 電子銃. 熱電子銃. 陽電子発生装置. Schedule. 2. Linac Upgrade Overview. 3. 40-times higher Luminosity. Twice larger storage beam . Jia. -Ming Chang, Paolo Di . Tommaso. , and Cedric . Notredame. TCS. : A new multiple sequence alignment reliability measure to estimate alignment accuracy and improve phylogenetic tree . reconstruction, . 06/11/2013. On behalf of CLIC pre-alignment team. Summary. 4 main tasks/objectives of the alignment tests on TBTM:. Validation of measurement methods for the alignment tests. Validation of the pre-alignment strategy on short range. Development of sensors and actuators : cam movers. Tunnel metrology: laser based alignment systems. Fiducialisation. and alignment of modules. Duty cycles. CLEX-test. Development of a 5DOF adjustment system. R. Cubizolles. 2. Presentation. Estimation of the misalignment. Conclusion. Summary. 3. PRESENTATION. LB650 Cryomodule – Preliminary design review . PRESENTATION. 4. Alignment of the cavity. A positioning of the cavity train is done in clean room. . Hélène Mainaud Durand. Outline. Pre-alignment requirements. Solution proposed. Results obtained. Summary. Introduction. Mechanical pre-alignment. Active pre-alignment. Beam based Alignment & Beam based feedbacks. C. omponent’s . M. etrology and . A. lignment to the . N. anometer. scale.. Background. To propose and develop a very . high accuracy metrology and alignment tools . for the Compact Linear Collider (CLIC) components and . Laser Safety Program. 2018. 2. Exercise # 1. Wedge Window Alignment. 3. Maximum time for completing the exercise: . 30 minutes. Overview. The alignment and setup of wedge window assembly presents high potential for laser eye injury and uncontrolled secondary back reflection as a wedge consist of two reflective surfaces and can potentially be oriented in such a way to expose directly the back reflection upward or towards an undesired path. The users will learn how to safely mount and setup a wedge window..