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P6.2.6.2 Electron Spin Resonance at DPPH - Determinig the Magnetic Field as a Function of the Resonance Frequency
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P6.2.6.2 Electron Spin Resonance at DPPH - Determinig the Magnetic Field as a Function of the Resonance Frequency
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P6.2.6.2 Electron Spin Resonance at DPPH - Determinig the Magnetic Field as a Function of the Resonance FrequencyElectron Spin Resonance at DPPH Determinig the Magnetic Field as a Function of the Resonance Frequency Electron Spin Resonance at DPPH Determinig the Magnetic Field as a Function of the Resonance FrequencyThe experiment P6. 2. 6. 2 verifies electron spin resonance in diphenylpicryl hydrazyl (DPPH). DPPH is a radical, in which a free electron is present in a nitrogen atom. In the experiment, the magnetic field B which fulfills the resonance condition
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Electron Spin Resonance at DPPH - Determinig the Magnetic Field as a Function of the Resonance Frequency
Electron Spin Resonance at DPPH - Determinig the Magnetic Field as a Function of the Resonance FrequencyThe experiment P6.2.6.2 verifies electron spin resonance in diphenylpicryl- hydrazyl (DPPH). DPPH is a radical, in which a free electron is present in a nitrogen atom. In the experiment, the magnetic field B which fulfills the resonance condition the resonance frequencies n can be set in a continuous range from 13 to 130 MHz. The aim of the evaluation is to determine the g factor.
Components of Experiment:
| 1 | 514 55 | ESR basic unit
 DANGER H317 H334
|
| 1 | 514 571 | ESR supply unit |
| 1 | 555 604 | Pair of Helmholtz coils |
| 1 | 575 304 | Digital storage oscilloscope 70 MHz two-channel |
| 2 | 501 02 | BNC cable, 1 m |
| 3 | 300 11 | Saddle base |
| 1 | 501 20 | Connecting lead, 32 A, 25 cm, red |
| 1 | 501 25 | Connecting lead, 32 A, 50 cm, red |
| 1 | 501 26 | Connecting lead, 32 A, 50 cm, blue |
Experiment Instructions Click Here
P6.2.6.2 Electron Spin Resonance at DPPH - Determinig the Magnetic Field as a Function of the Resonance Frequency
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