Note: oscilloscope not included
FeaturesOpen structure for hands-on learning
High accuracy for g-factor measurement
Robust system with high-quality components
The Optical Magnetic Resonance Experiment Instrument (shortened as “Optical Pumping” overseas) is used in modern Physics experiments. Involving rich knowledge about Physics, such experiments enable students to understand Optics, Electromagnetism and Radio electronics against realistic contexts, and make possible understanding the internal information of atoms qualitatively or quantitatively. They are one of the typical experiments used in spectroscopic teaching. Optical Magnetic Resonance Experiment uses optical pump and photoelectric detecting technology, and thus is a way above ordinary resonance detection technologies in sensitivity. This approach is widely applicable in basic Physics research, accurate measurement of magnetic fields, and technical standards making of atomic frequency.
Experiments
1. Observe optical pumping signal
2. Measure g-factor
3. Measure earth magnetic field (horizontal and vertical components)
Specifications| Description | Specifications |
| Horizontal DC magnetic field | 0 ~ 0.2 mT, adjustable, stability < 5×10-3 |
| Horizontal modulation magnetic field | 0 ~ 0.15 mT (P-P), square wave 10 Hz, triangle wave 20 Hz |
| Vertical DC magnetic field | 0 ~ 0.07 mT, adjustable, stability < 5×10-3 |
| Photodetector | gain > 100 |
| Rubidium lamp | lifetime >10000 hours |
| High frequency oscillator | 55 MHz ~ 65 MHz |
| Temperature control | ~ 90 oC |
| Interference filter | central wavelength 795 ± 5 nm |
| Quarter wave plate | working wavelength 794.8 nm |
| Polarizer | working wavelength 794.8 nm |
| Rubidium absorption cell | diameter 52 mm, temperature control 55 oC |
| Description | Qty |
| Main Unit | 1 |
| Power Supply | 1 |
| Auxiliary Source | 1 |
| Wires and Cables | 5 |
| Compass | 1 |
| Light Proof Cover | 1 |
| Wrench | 1 |
| Alignment Plate | 1 |
| Manual | 1 |