| 1. | Typical ruby laser pulse lengths are on the order of a millisecond.
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| 2. | The pulse length is on the order of a few 100 fs
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| 3. | To achieve this, SMR uses very short transmitter's pulse length of typically 40 nanoseconds.
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| 4. | It was the smallest spot size and shortest pulse length ever achieved at that intensity.
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| 5. | If pulse length is kept below the critical, the discharge operates in a stable fashion indefinitely.
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| 6. | The sound changes as the pulse length changes.
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| 7. | In effect, the pulse length gets noise shaper which has lower noise in the audible frequency range.
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| 8. | On the contrary, in ?-OTDR-based sensors, the coherence length of lasers is longer than their pulse length.
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| 9. | Standard optical time-domain reflectometry techniques use light sources with coherence lengths, which are shorter than pulse lengths.
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| 10. | Here t p is the duration for which B 1 is applied, also called the pulse length.
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