PHYS 575A, B, C - Special Topics in
Experimental Physics:
Radiation and Detectors
Last updated: 31-Oct-2012
(click ctrl-REFRESH to be sure you see the latest version, not a cached
copy!)
Autumn Quarter, 2012
3 graduate credits OR 3 Continuing Education Units
Meets: Tuesdays, 6:30-8:50pm
Room: Physics-Astronomy Building, Room A-114
OR -- available online at the same time
Labs: Two special sessions for hands-on work in lab,
Physics-Astronomy Room B-260 (3 hr each, Saturdays - dates to be
confirmed in class)
Instructor:
R. Jeffrey Wilkes
Kenneth Young Memorial Professor,
Department of Physics
B303 Physics Astronomy Building, 543-4232
wilkes@u.washington.edu |

|
Announcements:
-
New resource - Lecture recorded ! Our 10/09/12 Adobe Connect session's audio was recorded and is available here.
This should launch an Adobe Connect window, and play back the class.
Try it! (Because we had the audio on one laptop and the slides moving
on another, this recording does not have slide changes sync'd with
audio.)
For future lectures, go to PHYS 575 Moodle page (see link below),
scroll down to "Session {week number}" in the center column, and you
will find link to recordings.
- See link below for newly posted Lab Handouts. Read all 3 before
lab session on Thursday, 10/11.
- Course syllabus and calendar has been revised - please revisit (10/02/12)
Jump to:
Important links
Course information
PCE information
Physics Professional MS Program information
Important
Links!
(Check here at least once per week - items marked
have been updated recently)
Links to Adobe Connect recordings of lecture sessions
- Documents for lab sessions (writeups
and handouts) - will appear here 1 week beforehand.
- Required textbook: Knoll, Glenn F., Radiation Detection and
Measurement, Wiley, 3rd ed., 2000 (or 4th ed., 2012)
Course syllabus and calendar
- Course information (updated to include
deadlines for reports)
- Link to course management (Moodle) page: http://moodle.extn.washington.edu/course/view.php?id=2839
The Moodle page has links to course information, pdf files for class
slides, and Adobe Connect.
(However, this website should be your primary information source!
I may not update the Moodle page as frequently as this site)
- Link to Adobe Connect for online attendance: http://uweoconnect.extn.washington.edu/phys575/
Copies of slides shown in class will appear
here, one hour before class.
- Watch this space for further course information...
UW
Professional and Continuing Education (PCE) contact:
To request forms for course registration, or for questions about
registration, please contact:
Kim Michaelis
Program Administrator (for help with PCE administrative functions:
course registration, tuition payment)
206-685-6312
kmechaelis@PCE.UW.EDU
Physics
Professional MS Program contacts:
For information about the Physics Professional MS Degree Program,
see Physics
PMSP home page, or contact :
Catherine Provost
Graduate Student Adviser (for help with Graduate School rules and
requirements)
C-139B Physics-Astronomy
emsp@u.washington.edu
206-543-2488
R. J. Wilkes
Faculty Coordinator for Physics PMSP (for academic advising)
B-305 Physics-Astronomy
emsp@u.washington.edu
(206)-543-4232
Note: Mail to emsp@u.washington.edu is
forwarded to both Ms Provost and Prof. Wilkes
Course description
Radiation (particles or photons) and radiation detectors of many
kinds are crucial for acquiring information on physical phenomena and
performing quantitative measurements in applied physics, astrophysics,
health sciences and many other fields.
This course will combine lectures with a seminar-discussion format.
We will provide an overview of the nature of particle and photon
radiation, their interactions with matter, and radiation effects.
Sensors and detector systems for nuclear radiation and subatomic
particles, and their applications in particle astrophysics, medical
diagnostic imaging, industrial R&D, and basic research will be
discussed. Specific material covered will depend upon interests of
students.
Students will be expected to make brief, informal presentations,
reporting on topics they have chosen to investigate. The instructor is
an experimental particle physicist.
Prerequisites:
Intermediate level physics courses (E&M, QM, and
thermodynamics), or equivalent engineering courses.
Open to:
a) Students matriculated in the UW Physics Evening MS Degree
Program.
b) Anyone with adequate undergraduate preparation in a physical
science, mathematics or engineering, including the prerequisites listed
above. You may enroll for this class as a graduate non-matriculated
student (GNM), or as a Certificate student, without joining the
degree program. Please contact PCE for
further information.
c) Full or part time UW graduate students, from any college or
campus.
Sections and course sequence
- This course is the first in a sequence of 3-credit courses
offered for a Certificate in Radiation Physics by the UW Physics
Department. For information on how to register for the Certificate
program, please contact UW
Professional and Continuing Education (PCE).
- All 3 sections meet at the same time and participate in class
activities together. However, grading and assigned work may be
different for CEU and Graduate students.
- Students in the Certificate Program will receive 3 Continuing
Education Units for this course. This course is a prerequisite for
subsequent courses in the certificate sequence. Certificate students
register in Section C (via PCE
program #4129)
- Graduate students will receive 3 credits for this course.
- Students matriculated in the Physics Professional MS degree
program (or Physics GNM students) may register for Section B
(SLN
18710) of this course as an elective through PCE, as for other
Physics evening courses; if they complete the entire 3-course sequence,
"With Concentration in Radiation Physics" will be
recorded on their transcript.
- Students matriculated in any other UW graduate degree program
may register in Section A (SLN
18709) via MyUW.
- The first few weeks of class will be talk and discussion (in
lecture room A-114). We will agree upon dates/times for the 2 lab
sessions (in advanced-lab classroom B-260).
- Students may attend any session online via Adobe Connect.
Attendance in person is recommended but not required, except for 2 lab
sessions.
...Always under construction: revisit
frequently.
All contents of this site (c) R. J. Wilkes, 2012.