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In an avalanche , one electron ,starting at the cathode, multiplies to 1000 over a distance of 10 mm , the ionization :coefficient (a) is 0.56 ionizations /mm O 0.69 ionizations/mm O 0.2 ionizations/mm O 0.33 ionizations/mm O

In an avalanche , one electron ,starting at the cathode, multiplies to 1000 over a distance of 10 mm , the ionization :coefficient (a) is 0.56 ionizations /mm O 0.69 ionizations/mm O 0.2 ionizations/mm O 0.33 ionizations/mm O

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In an avalanche , one electron ,starting at the cathode , multiplies to 1000 over a distance of 10 mm , the ionization :coefficient (a) is 0.56 ionizations /mm 0.69 ionizations/mm 0.2 ionizations/mm O 0.33 ionizations/mm O The number of ionizing collisions on average made by an electron per unit drift : in the direction of the field is called Statistical time lag O Townsends first ionization collision coefficient Townsends second ionization collision coefficient Attachment coefficient
Transcribed Image Text:In an avalanche , one electron ,starting at the cathode , multiplies to 1000 over a distance of 10 mm , the ionization :coefficient (a) is 0.56 ionizations /mm 0.69 ionizations/mm 0.2 ionizations/mm O 0.33 ionizations/mm O The number of ionizing collisions on average made by an electron per unit drift : in the direction of the field is called Statistical time lag O Townsends first ionization collision coefficient Townsends second ionization collision coefficient Attachment coefficient
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