Seattle University
  • Calendar
  • Site Index
  • Directories
  • Contact
More Options
  • Report a Problem
  • Give Us Feedback
  • Advanced Search
  • Where do you need to go?
    • Admissions
    • Core Curriculum
    • Diversity Statement
    • Global Education
    • Health and Personal Wellness
    • Mission and Ministry
    • Nondiscrimination Policy
    • The SU Experience
    • Visit Campus
    • Schools and Colleges
    • Albers School of Business and Economics
    • College of Arts and Sciences
    • College of Education
    • College of Nursing
    • College of Science and Engineering
    • Matteo Ricci College
    • School of Law
    • School of Theology and Ministry
    • Departments
    • Alumni Relations
    • Athletics
    • Bookstore
    • Conference and Event Services
    • Housing and Residence Life
    • Human Resources
    • Information Technology
    • Lemieux Library
    • Marketing Communications
    • Public Safety
    • Recreational Sports
    • Registrar
    • Student Financial Services
    • Online Services
    • SUOnline
    • Email
    • Angel
    • MySU

Site Map | Contact | Directory

College of Science and Engineering
  • About the College
  • Undergraduate Departments
  • Graduate Departments
  • Students
  • Project Center
  • Outreach
  • Donate Now

Physics

  • Physics Main
  • News
  • Prospective Students
  • Courses and Degrees
  • Physics Dept Learning Outcomes
  • Faculty and Staff
  • Physics Dept Research
  • Facilities
  • Useful Links

Loading...

Contact Us

For more information about the Seattle University Department of Physics, please contact

Dr. David Boness,
Chair and Professor,
Department of Physics,

Seattle University,
Seattle, WA 98122

Email: dboness@seattleu.edu

Telephone: 206-296-5940

College of Science and Engineering > Physics
Loading...

Departmental Equipment For Student Use

  • TSI Laser Doppler Velocimetry System
  • TSI Particle Image Velocimetry System with Nd-TAG Laser and CCD Camera
  • Rotating Annular Thin-Film Flow Tank for fluid turbulence experiments
  • Computer-controlled 14-inch reflecting telescope and dome
  • TeachSpin Laser Diode Spectroscopy experimental set-ups
  • TeachSpin Pulsed NMR experimental set-ups
  • Sonoluminescence experiment
  • Burleigh Scanning Tunneling Microscope (STM)
  • Tektronix TDS3032B 300 MHz, 2.2 GS/s 2-channel digital oscilloscope with color display and GPIB
  • LeCroy 175-MHz digital oscilloscope with GPIB interface
  • Green emission HeNe 2mW laser with power supply
  • Newport IsoStation Vibration Isolation Workstation passively isolated optical table
  • Newport optical breadboard and diode lasers and detectors
  • CVI Laser Products CM110 Monochromator with two optical gratings and GPIB upgrade
  • CVI Spectral Products SM240 fiber optic spectrometer with Fiber optic SMA connector and Collimator lens assembly
  • Multiple Dell Core 2 Duo PCs
  • Many Intel-based and PowerPC-based iMac computers
  • 2 MacPro computers with dual quad-core Xeon processors
  • Research computers running Linux
  • Abundant current version licenses for Matlab, Mathematica, and Absoft Fortran
  • National Instruments DAQ and GPIB boards and a LabVIEW site license
  • Keithley model 2000 precision GPIB-contollable digital multimeter
  • Electron Spin Resonance equipment
  • Franck-Hertz experimental apparatus
  • TeachSpin Magnetic Torque apparatus
  • TeachSpin Magnetic Force apparatus
  • TeachSpin Hall Effect Probes
  • Daedelon computer-controlled spectrophotometer
  • Holography equipment
  • Photographic darkroom for holography
  • Optical fiber optics experimental set-ups
  • Daedelon chaotic pendulum with computer-controlled interface
  • Michelson interferometer
  • 2 TSI model 1539-A Stroboslave light sources
  • National Intruments model 7344 control board and interface box
  • Spectroscopes
  • Photoelectric effect apparatus for measurement of Planck's constant
  • Superconductivity apparatus
  • Multiple He-Ne lasers
  • Speed-of-light module
  • Various isotopes and scintillation counters
  • Nuclear Chicago Type 108 Geiger-Muller tubes
  • Black body radiation source and detector
  • Adiabatic gas law apparatus and computer interface
  • 10 PASCO Workshop 750 interfaces with force, motion, voltage, current, and magnetic sensors
  • Wavetek model 1281 Selfcal Digital Multimeter
  • 2 Fluke model 196 ScopeMeters
  • 2 Fluke model 45-15 Digital Multimeters with GPIB interface
  • 2 Wavetek model 39 30 MS/s Universal Waveform Generators
  • 4 Fluke model 189 True RMS Multimeters
  • 2 Fluke model 867B Graphical Multimeters
  • ... and more!

Upcoming Events

 

 

 

 

CONTACT | PUBLIC SAFETY | CAREERS | RSS

Copyright 2008 - College of Science and Engineering, Seattle University.

Seattle University

College of
Science and Engineering

901 12th Ave, P.O. Box 222000
Seattle WA 98122
206.296.5500