| 1. | The amplification factor is 21-output voltage amplitude divided by input voltage amplitude.
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| 2. | The amplification factor is given in terms of this value:
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| 3. | In important cities, soil conditions and their amplification factors are mapped for microzonation purposes.
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| 4. | Usually the amplification factor decreases as the input level increases.
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| 5. | In particular, amplification factor is not constant for all levels.
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| 6. | This degree of amplification is referred to in valve data sheets as the amplification factor.
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| 7. | Here M is the photon thrust amplification factor.
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| 8. | For a globe the amplification factor is 3.
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| 9. | These greatly reduced grid spacings also give a much higher amplification factor than conventional axial designs.
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| 10. | Then computing an amplification factor, for the decoder to use to re-expand each sub-band to the proper frequency range.
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