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LCLS RF Station Anomaly Candidates, SLAC, Nov 2020 to Dec 2020, Version 1
The data consists of radio-frequency (RF) station process variables (amplitude and amplitude-mean-out-of-tolerance bit) and beam position monitor (BPM) values for about a month of Linac Coherent Light Source (LCLS) time. The data is all from normal conducting hard X-ray operation. The dataset contains roughly 5000 anomaly “candidates.” For each candidate, we include 3.5 minutes of data from the 82 RF stations and ~20 seconds of data from 4 BPMs. We also include several CSV files with additional information and labels for each candidate.
slac-lcls/psdm-databooks
This repo contains many notebooks and related tools to analyses datasets from the LCLS data mover or testing system performance (mostly related to I/O).
The Parasites: Synchrotron Radiation at SLAC, 1972–1992
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S-Band RF Load Upgrade Program for SLAC Linac [Slides]
Abstract not provided.
Engineering at SLAC: Designing and Constructing Experimental Devices for the Stanford Synchrotron Radiation Lightsource (Final Paper)
Thanks to the versatility of the beam lines at SSRL, research there is varied and benefits multiple fields. Each experiment requires a particular set of experiment equipment, which in turns requires its own particular assembly. As such, new engineering challenges arise from each new experiment. My role as an engineering intern has been to help solve these challenges, by designing and assembling experimental devices. My first project was to design a heated sample holder, which will be used to investigate the effect of temperature on a sample's x-ray diffraction pattern. My second project was to help set up an imaging test, which involved designing a cooled grating holder and assembling multiple positioning stages. My third project was designing a 3D-printed pencil holder for the SSRL workstations.
Engineering at SLAC: Designing and Constructing Experimental Devices for SSRL - Oral Presentation [Slides]
This presentation describes the design and construction of three experimental devices for the Stanford Synchrotron Radiation Lightsource.
An Energy Tunable X-ray Delay Device – Phase I CRADA No.: SLAC-261
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SLAC HOM Prototype Chassis and ML Training Results
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Calibration of the EGRET high-energy gamma-ray telescope in the range 20-10,000 MeV with a tunable beam of quasi-monoenergetic gamma rays at SLAC
The EGRET telescope, one of the instruments to be carried on NASA's Gamma Ray Observatory, is designed to explore the high-energy portion (20-24,000 MeV) of the electromagnetic spectrum. A calibration source of gamma-rays over this wide energy range has been used together with an appropriate set of intensity-monitoring instruments, to conduct a calibration of the EGRET telescope over this energy range for the full telescope aperture. The calibration method and an overview of the results are described.
Measurements of High-Intensity Laser Induced Ionizing Radiation at SLAC
Abstract Not Provided
25 Year Performance Review of the SLAC 5045 S-Band Klystron
Abstract Not Provided
A Reduced Gradient Output Design for SLAC's XL4 X-Band Klystron
Abstract Not Provided