Nuclear Magnetic Resonance Apparatus Manufacturer,Supplier and Exporter in India
Product Code : EL-AP-10744
Quick Answer: The Nuclear Magnetic Resonance Apparatus is a set of equipment for exploring the basic phenomena of nuclear magnetic resonance by the CW (continuous wave) technique, showing the hydrogen proton resonance in six different chemical environments.
Last updated: October 2026
Key Features
- Uses the CW (continuous wave) technique
- Hydrogen proton resonance observed in six different chemical environments
- Fluoride sample for observing the fluorine resonance
- Measures the nuclear magnetic moments of hydrogen and fluorine
- Gyromagnetic ratios can be found independently if a gaussmeter is available
Technical Specifications
| Specification | Value |
|---|---|
| Technique | CW (continuous wave) |
| Hydrogen samples | Six chemical environments |
| Other sample | Fluoride |
About This Product
The set introduces the basic phenomena of nuclear magnetic resonance. Hydrogen proton resonance can be compared across six chemical environments and with the fluorine resonance from a fluoride sample. Further work measures the nuclear magnetic moments of the hydrogen proton and the fluorine nucleus and shows how NMR can be used to determine magnetic fields.
Frequently Asked Questions
What does a gaussmeter add?
If a gaussmeter is available, values for the gyromagnetic ratios of hydrogen and fluorine can be determined independently.
Which nuclei can be studied?
The hydrogen proton, in six different chemical environments, and the fluorine nucleus, using the fluoride sample.
Related: Advanced Physics, Surface Plasmon Resonance Apparatus, Photoelectric Effect Apparatus, Planck Constant Apparatus and Optics.
For a quotation on the Nuclear Magnetic Resonance Apparatus, contact Science Lab Export.
