Schematic of measuring focal length using displacement method
S: Bromine Tungsten Lamp
P: Object Screen
L: Convex Lens
H: White Screen
Schematic of determining nodal
locations of a lens group
S: Bromine Tungsten Lamp
P: Biprism
L0: Collimating Lens
L1, L2: Lens Group
E: Eyepiece
Schematic of constructing a
Sagnec interferometer
Schematic of recording holograms
Schematic of Abbe imaging and
optical spatial filtering
1. He-Ne laser
2. Beam expander
3. Collimating lens
4. Grating
5. Fourier lens
6. White screen
Schematic diagram of pseudo-color
encoding and color composition
1: Bromine Tungsten Lamp
2. Iris Diaphragm
3. Collimating Lens
4. Theta Modulation Plate
5. Paper Clip
6. Fourier Transform Lens
7. Ground Glass Screen
Note: stainless steel optical table or breadboard not provided
Features
Including He-Ne laser, Sodium, Mercury, and white-light lamps
Including air chamber with gauge for refractive index measurement of air
Flexible configurations to cover 18 experiments in modern optics
Detailed instruction manual
Introduction
The LEOK-40 Modern Optics Experiment Kit is a comprehensive educational tool designed to cover a broad spectrum of experiments in modern optics. It is an ideal solution for college and university students aiming to understand applied optics, information optics, physical optics, and holography. This kit provides all the essential optical components, opto-mechanics, and light sources necessary to configure and conduct a wide range of experiments, promoting hands-on learning and enhancing problem-solving skills. With the LEOK-40, students can deepen their knowledge of modern optics and gain practical experience in experimental setups that demonstrate core principles in optics and light behavior. The instruction manual contains comprehensive materials including experimental configurations, principles, step-by-step instructions, and required parts. Please click to view some sample pages of the instruction manual.
The following experimental examples can be conducted using this kit:
|
1. Measure lens focal length using auto-collimation method 8. Construct a Sagnac interferometer 9. Measure the wavelength separation of Sodium D-lines using a Fabry-Perot interferometer 10. Construct a prism spectrographic system 11. Record and reconstruct holograms 12. Record a holographic grating 13. Abbe imaging and optical spatial filtering 14. Pseudo-color encoding 15. Measure grating constant 16. Optical image addition and subtraction 17. Optical image differentiation 18. Fraunhofer diffraction |
Part List
| Description | Part No. | Qty |
| XYZ translation on magnetic base | SZ-01 | 1 |
| X-Z translation on magnetic base | SZ-02 | 1 |
| Z translation on magnetic base | SZ-03 | 2 |
| Magnetic base | SZ-04 | 4 |
| Two-axis mirror holder | SZ-07 | 2 |
| Lens holder | SZ-08 | 2 |
| Grating/Prism table | SZ-10 | 1 |
| Plate holder | SZ-12 | 1 |
| White screen | SZ-13 | 1 |
| Object screen | SZ-14 | 1 |
| Iris diaphragm | SZ-15 | 1 |
| 2-D adjustable holder (for light source) | SZ-19 | 1 |
| Sample stage | SZ-20 | 1 |
| Single-sided adjustable slit | SZ-27 | 1 |
| Lens group holder | SZ-28 | 1 |
| Standing ruler | SZ-33 | 1 |
| Direct measuring microscope holder | SZ-36 | 1 |
| Single-sided rotary slit | SZ-40 | 1 |
| Biprism holder | SZ-41 | 1 |
| Laser holder | SZ-42 | 1 |
| Ground glass screen | SZ-43 | 1 |
| Paper clip | SZ-50 | 1 |
| Beam expander holder | SZ-60 | 1 |
| Beam expander (f=4.5, 6.2 mm) | 1 each | |
| Lens (f=45, 50, 70, 190, 225, 300 mm) | 1 each | |
| Lens (f=150 mm) | 2 | |
| Doublet Lens (f=105 mm) | 1 | |
| Direct measurement microscope (DMM) | 1 | |
| Plane mirror | 3 | |
| Beam splitter (7:3) | 1 | |
| Beam splitter (5:5) | 2 | |
| Dispersion prism | 1 | |
| Transmission grating (20 l/mm & 100 l/mm) | 1 each | |
| Composite grating (100 l/mm and 102 l/mm) | 1 | |
| Character with grid | 1 | |
| Transparent crosshair | 1 | |
| Checkerboard | 1 | |
| Small hole (dia 0.3 mm) | 1 | |
| Silver salt holographic plates (12 plates of 90 mm x 240 mm per plate) | 1 box | |
| Millimeter ruler | 1 | |
| Theta modulation plate | 1 | |
| Hartman diaphragm | 1 | |
| Small object | 1 | |
| Filter | 2 | |
| Spatial filter set | 1 | |
| He-Ne laser with power supply | LLL-2 (>2.0 mW@632.8 nm) | 1 |
| Low-pressure Mercury bulb with housing | 20 W | 1 |
| Low-pressure Sodium bulb with housing and power supply | 20 W | 1 |
| White light source | LLC-3 (12 V/30 W, variable) | 1 |
| Fabry-Perot interferometer | 1 | |
| Air chamber with pump and gauge | 1 | |
| Manual counter | 4 digits, counts 0 ~ 9999 | 1 |
Note: a stainless steel optical table or breadboard (1200 mm x 600 mm) is needed for use with this kit.
Schematic of measuring focal length using displacement method
S: Bromine Tungsten Lamp
P: Object Screen
L: Convex Lens
H: White Screen
Schematic of determining nodal
locations of a lens group
S: Bromine Tungsten Lamp
P: Biprism
L0: Collimating Lens
L1, L2: Lens Group
E: Eyepiece
Schematic of constructing a
Sagnec interferometer
Schematic of recording holograms
Schematic of Abbe imaging and
optical spatial filtering
1. He-Ne laser
2. Beam expander
3. Collimating lens
4. Grating
5. Fourier lens
6. White screen
Schematic diagram of pseudo-color
encoding and color composition
1: Bromine Tungsten Lamp
2. Iris Diaphragm
3. Collimating Lens
4. Theta Modulation Plate
5. Paper Clip
6. Fourier Transform Lens
7. Ground Glass Screen
