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(Syracuse University)

Syracuse University is a private research university located in Syracuse, New York, United States. It was founded as a university in 1870, but its roots can be traced back to a seminary, founded by the Methodist Episcopal Church in 1832, which eventually became Genesee College. Since 1920, the university has identified itself as nonsectarian, although it still maintains an affiliation with the United Methodist Church. Syracuse was elected to the Association of American Universities in 1966.

Abstract We constructed and tested seven scintillation counters using photomultiplier tubes, in order to create a fast electronic coincidence “trigger” for testing the performance of the VELO charged particle tracking detector in an accelerator beam at CERN, Geneva, Switzerland. By: Chris McDonald Advisors: Marina Artuso, Ray Mountain, Sheldon Stone Department of Physics, Syracuse University The counters were then tested for proper response with a Cesium-137 radioactive source, and with cosmic rays.  The setup and some results from these tests are presented below. Scintillation Trigger Scheme B1 A2 A1 B2 TRIGGER = A0  ( (A1B2)  (A2B1) ) efficiency~60% A0 Trigger count 40 MHz Trigger out 10 ns width Enable CK gate A0 A1 A2 B1 B2 T T T T T NIM-ECL translator TRIGGER COUNTERS TEST RESULTS CONSTRUCTION TRIGGER SCINTILLATION COUNTERS FOR A BEAM TEST OF THE LHCB VERTEX DETECTOR BEAM TEST LHC & LHCb VELO DETECTOR The VELO Detector is a high-precision charged particle tracking device that will be used in the LHCb experiment. It sits at the collision point of the intersecting protons beams. It consists of many Silicon sensors that give precise spatial information (s~10 mm) which allows reconstruction of the tracks and provides a “trigger” for interesting events. The VELO is a complicated piece of equipment that needs to be tested in an accelerator environment. We will perform su... You have space to add 1. rose diagram, 2. data of KRC1-4A showing switching at high light intensity, 3 cAMP biosynthesis,
BTEV MIRROR REFLECTANCE

BTEV MIRROR REFLECTANCE

CERN VUV REFLECTOMETER Measurements made by Andre Braem, CERN Confined to UV (D2 lamp, same as our cutoff) Measured twice, and compared to standard mirror produced for LHCb RICH2 (consistent) Measured at small angle of incidence (~5.deg), at the center of the mirror Baffle cuts out any stray light (suppressing the background, D95%~3.mm) Previously: spec >85% by COMPAS, and assumed 90% (measured for similar HERA-B mirrors)
BTEV MIRROR REFLECTANCE

BTEV MIRROR REFLECTANCE

CERN VUV REFLECTOMETER Measurements made by Andre Braem, CERN Measurements confined to UV (D2 lamp, same as our cutoff at 450.nm) Measured twice, compared to standard mirror produced for LHCb RICH2 (consistent) Measured at small angle of incidence (~5.deg) at the center of the mirror Baffle cuts out stray light (suppresses the background)

Summer Plans 2010 Justin Garofoli Timepix Testbeam + analysis (2) Diamond Testbeam + analysis Physics Analysis with Phil Read Biga and Sandi (again)

Managing and Leading People in Social Enterprises

Evaluation and Effectiveness of Social Enterprises
Introduction to the Nonprofit Economy

Introduction to the Nonprofit Economy

State and Local Public Finance Spring 2010, Professor Yinger Lecture 9 State and Local Sales and Income Taxes

Managing People in Social Enterprises

State and Local Public Finance Spring 2010, Professor Yinger Lecture 10 Revenue from Government Monopoly

State and Local Public Finance Spring 2010, Professor Yinger Lecture 1 Introduction and Overview

State and Local Public Finance Spring 2010, Professor Yinger Lecture 4 Public Sector Costs: Concepts

State and Local Public Finance Spring 2010, Professor Yinger Lecture 16: Economic Development Policy The Maxwell School Syracuse University

State and Local Public Finance Spring 2010, Professor Yinger Lecture 12 State and Local Public Infrastructure

An Introduction to Social Entrepreneurship
CHAPTER 2.1 Power Politics PSC 124 Northrup

CHAPTER 2.1 Power Politics PSC 124 Northrup

CHAPTER 13.1 International Development PSC 124 Spring 2007 Northrup

CHAPTER 13.1 International Development PSC 124 Spring 2007 Northrup

International Conflict Chapter 5.1 PSC 124 Northrup Spring 2007

International Conflict Chapter 5.1 PSC 124 Northrup Spring 2007

Chapter 11.2: Natural Resources and Population PSC 124 Spring 2007 Northrup

Chapter 11.2: Natural Resources and Population PSC 124 Spring 2007 Northrup

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