Physics 397: Physics of Modern Devices







Spring 2012
Mondays, Wednesdays 3:20 - 4:40 p.m.
ARC 107

Course Instructor:  Prof.  Premi Chandra                                                        
Email:  pchandra@physics.rutgers.edu                                                            
Office Hour:  M 1:30 - 2:30 p.m. (263 E Serin)
                    

                                                                                             
                                                                                                                                                                                              
                                                                  


Overview:  In this course, we'll discuss the physical principles underlying a number of modern devices that we take for granted in contemporary society as well as those which may be developed in the future. Examples include microwave ovens, lasers, gps navigators, digital cameras and solar panels.  Current research for devices not yet available will be also discussed.  

Course Texbook:  Louis A. Bloomfield,  How Things Work (4th Edition), (John Wiley and Sons, 2010).


Syllabus


Week of
Monday
Wednesday
Jan. 16


Introduction/Overview


Jan. 23
 Physics in the  Home I

Lighting  (Incandescent)


Homework 1 (due 2/1)
HW1 Solutions

Handout 1





 Physics in the Home I

Lighting (Incandescent cont.)

Jan. 30
Physics in the Home I

Lighting (Discharge/Fluorescent)


Physics in the Home I

Microwave Ovens


Homework 2  (due 2/8)
HW2 Solutions

Handout 2
Handout 3

Feb. 6
Physics in the Home I

Radio
Physics in the Home I

Television

Quiz 1 Solutions



Feb. 13
Physics in the Home II

Cooling and Refrigeration

Homework 3 (due 2/20)
HW3 Solutions

Handout 4
Handout 5

Physics in the Home II

Heating


Feb. 20 Physics in the Home II


Ideal and Real Heaters and Coolers

Quiz 2 Solutions

Homework 4 (due 2/27)
HW4 Solutions

Handout 6
Handout 7

Physics of the Home II


Solar Energy:  It all started with
the Photoelectric Effect

Feb. 27
Physics of the Home II

Solar Cells

HW 5 and Solutions (AJ)
Physics of the Home of the Future

More about Solar Cells

Solar-Powered Vehicles



March 5

Lasers

Homework 6 (due 3/19)
HW 6 Solutions

Handout 8
Handout 9
Handout 10

Quiz 3 Solutions

                                                                                           
  
           Laser Diodes and LEDs              

            
March 12

Spring Break!

Spring Break!


March 19
Optical Recording and Communication

Homework 7 (due 3/26)
HW 7 Solutions




Optical Recording and Communication

Quiz 4 Solutions

March 26
Medical Imaging and Radiation

Homework 8 (due 4/2)
HW 8 Solutions


Medical Imaging and Radiation

Example Presentation

Quiz 5 Solutions

April 2
Medical Imaging and Radiation





April 4th


H. Chen   Yoyos
D.J. Gangan   Self-balancing
  Scooters/Bicycles
S. Faiz   Roller Coasters
G. Yeung Water-Cleansing Technology



 

 


April 9

April 9th

J. Montgomery   Tidal Energy
P. Bagienski   Carbon Nanotubes for Energy
M.T. Ha   Polymer Matrix Composites
S. Middlemann Capacitive Touch Screens



April 11th

D. Ozga High-Intensity Discharge
Lamps
H. Kalu Laser Microphones
J. Smith  Metal Detectors
A. Emmitt  Electronic Accelerometers

Homework 9 Solutions




April 16

April 16th

I. Jan    Turbocharging Engine
C. Kao  Engines that run on Water
D. Moheisen   4WD/AWD Car Systems
P. Soni  Grail Engines



  


April 18th

M. Padela  FMRI Machine
J. Mahgerefteh  Ultrasound Imaging
Z. Dorf   TENS Units
S. Wijeratne  Pacemaker
K. Patel   Artificial Hearts

Take-Home Quiz #6
Take-Home Quiz 6 Solutions

Handout 11

April 23

April 23rd

A. Nikulina Military Armor
B. Nichols  Night Visiion Equipment
I. Rizzo  Solar-Powered Airplane
A. Yolleck TPS of Space Shuttle


  

April 25th

W. Lim  Theremin
T. Tuite  Electric Guitar
N. Parikh  GPS
P. Thomassen Internet/E-Mail

Take-Home Quiz #7
Take-Home Quiz 7 Solutions





April 30

April 30th

A. Schink  Polaroid Cameras
K. Sytwu  CCD Camers
A. Yu   Regenerative Brakes
J. Hansen  Hydroelectric Wave Generators




(Reading Period)



May 7

                         
  

                

                  
    



Course Notes


There will be weekly assignments.

There will be frequent in-class quizzes with no make-ups.

An in-class presentation and a written report, 10-15 pages in length, on a topic of his/her
choice is required for each student.

Supplementary material to the main text will be accessible on the course website.


 
          


Breakdown of Grades

30%

Homework
 
30%

Quizzes

40%

In-class Presentation and Written Report


The lowest homework and the lowest quiz grades will be dropped.
Class participation is greatly encouraged and could
contribute positively towards the final grade.



Special Announcements

Best of luck to those who are graduating
in your future adventures (and to the
rest of us too!)  Have a good summer
once we get there!