€o KT, KT,) the Boltzmann relation n, = no exp (-4,6/KT;) For the case of an infinite, transparent grid charged to a potential o, show that the shielding distance is then given approximately by ne 1 Show that Ap is determined by the temperature of the colder species.
€o KT, KT,) the Boltzmann relation n, = no exp (-4,6/KT;) For the case of an infinite, transparent grid charged to a potential o, show that the shielding distance is then given approximately by ne 1 Show that Ap is determined by the temperature of the colder species.
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![1-5. In a strictly steady state situation, both the ions and the electrons will follow
the Boltzmann relation
n; = no exp (-4,6/KT,)
For the case of an infinite, transparent grid charged to a potential 6, show that
the shielding distance is then given approximately by
ne 1
AD
€o KT, KT,.
Show that Ap is determined by the temperature of the colder species.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F72e42c44-6fd9-433b-9b1c-69a6ddb8f72c%2F20d67128-2790-4e12-a06f-13d894814721%2Fw3ys57_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1-5. In a strictly steady state situation, both the ions and the electrons will follow
the Boltzmann relation
n; = no exp (-4,6/KT,)
For the case of an infinite, transparent grid charged to a potential 6, show that
the shielding distance is then given approximately by
ne 1
AD
€o KT, KT,.
Show that Ap is determined by the temperature of the colder species.
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