| EXPT |
TITLE |
POINTS |
NOTES |
| 1 |
*Properties
of HeNe Laser Light |
10 |
P
M E |
| 2 |
*Injection
Laser Diodes |
6 |
N
E |
| 3 |
*Polarisation
of Light |
8 |
P |
| 4 |
*Holography
|
10+ |
P!(1) |
| 5 |
*Acousto
Optics |
6 |
P
E |
| 6 |
*Fourier
Optics |
12+ |
P |
| 7 |
*Fourier
Transform Spectrometry |
10+ |
P |
| 8 |
*Photo-Detector
and Light Source Characteristics |
10 |
P |
| 9 |
*Optical
Spectroscopy |
8 |
|
| ------------------------------------------------------------------------------- |
| 10 |
*Optical
Fibres |
10 |
P
M E |
| 11 |
*Optical
Fibre Sensors |
8 |
P
(10) E |
| 12 |
*Optical
Fibre Communication |
10 |
P
(10) E |
| 15 |
*Optical
Time Domain Reflectometry |
4 |
P
E |
| 16 |
*The
Neodymium YAG Laser |
6 |
P
(1)(2) E |
| ----------------------------------------------------------------------------------------- |
| 18 |
Semiconductor
Band Gaps
|
4 |
N |
| 19 |
Conductivity
of Germanium |
6 |
N |
| 20 |
High
Temperature Superconductivity |
12+
|
P
N |
| 21 |
Josephson
Effects |
4 |
|
| ------------------------------------------------------------------------------- |
| 22 |
Magnetic
Measurements
|
10 |
N
M |
| 23 |
Magnetostriction |
6 |
P
|
| 24 |
Magnetic
Transitions
|
10+ |
P |
| 25 |
Pulsed
NMR and MRI |
10+ |
M |
| ------------------------------------------------------------------------------- |
| 26 |
$
Scanning Electron Microscopy1
|
12 |
P!
N M |
| 27 |
$
Electron Probe Micro Analysis1 |
10 |
P!
(26) |
| 28 |
$
X-Ray Diffraction2 |
12 |
P!
N |
| 29 |
$
Transmission Electron Microscopy2 |
10 |
P!
M(28) |
| ------------------------------------------------------------------------------- |
| 31 |
Sputter
Deposition |
8 |
P
N |
| 32 |
Electron
Tunnelling |
10 |
P
N |
| 33 |
Mean
Free Path |
10 |
P |
| ------------------------------------------------------------------------------- |
| 34 |
Frequency
Spectrum Analysis |
4+ |
|
| 35 |
Transmission
Lines |
12+ |
P |
| 36 |
Waveguides |
8 |
P
M (35) |
| ------------------------------------------------------------------------------- |
| 37 |
Alpha,
Beta and Gamma Radiation
|
10 |
M |
| 38 |
Gamma
Ray Spectrometry |
10+ |
P
M |
| 39 |
Neutron
Irradiation |
10+ |
P
M |
| 40 |
Coincidence
Counting |
12 |
P
M (38) |
| 41 |
Moessbauer
Effect |
8+ |
(38) |
| ------------------------------------------------------------------------------- |
| 42 |
Electron
Paramagnetic Resonance
|
8+ |
P
(36) |
| 43 |
Chaotic
Motion |
10+ |
|
| 44 |
Muon
Lifetime |
6 |
(38) |
| 45 |
Zeeman
Effect |
8 |
P |
| 46 |
Scanning
Tunnelling Microscopy |
6+ |
N |
| ------------------------------------------------------------------------------- |