'Beam waist' diaporamas de présentation

Basic Detection Techniques Quasi-Optical techniques

566 views • 39 slides

40m Optical Systems and Sensing Design Requirements Document & Conceptual Design

40m Optical Systems and Sensing Design Requirements Document & Conceptual Design. Michael Smith 10/18/01. Interferometer Input Beam Optical Sensing Beams Viewports. 40 m IFO Vertex Section. 40 m IFO IMC Section. 40 m IFO End Section. Physical Quantity. PRM. SRM. BS. ITM. ETM.

374 views • 37 slides

Design of an Output Mode Cleaner to Enable DC Readout in the LIGO 40-Meter Interferometer

Design of an Output Mode Cleaner to Enable DC Readout in the LIGO 40-Meter Interferometer. Marcus Ng Mentor: Alan Weinstein Co-mentor: Robert Ward. Overview. LIGO 40m Gaussian beams OMC design criteria OMC Parameters Geometry Guoy Phase ROC g-factor Finesse Mirror Transmission

383 views • 24 slides

Calibration Bench for Fast Wire Scanners: Optical Design and Issues

Calibration Bench for Fast Wire Scanners: Optical Design and Issues. Student Meeting 16-10-2012 Jose Luis Sirvent. 1. Working Principle. Optical system for calibration Laser position well known Scan = Cross the two beams Position recorded Optical signal recorded

402 views • 23 slides

Basic Detection Techniques Quasi-optics

Basic Detection Techniques Quasi-optics. Wolfgang Wild Lecture on 03 Oct 2006. Contents overview. What is quasi-optics ? Why is it important ? Where is it used ? Basic formulae Gaussian beams Quasi-optical components and systems (examples) Mirror Lenses Grid Feedhorns

361 views • 19 slides

Advanced Virgo beam size: Asymmetric ROCs and Coating Thermal Noise

275 views • 12 slides

Simulations of ILC electron gun and bunching system

-Electron gun generates electrons and accelerate them to 120keV -Bunching system shortens the bunch and further accelerates the electrons. Simulations of ILC electron gun and bunching system. Diagram of bunching system (from TESLA paper by Curtoni and Jablonka). The electron gun.

229 views • 8 slides