Токарев А.В. – канд. физ.-мат. наук, доцент,
Юданов В.А. – инженер
ОПРЕДЕЛЕНИЕ СКОРОСТИ ДРЕЙФА ЗАРЯЖЕННЫХ ЧАСТИЦ В ГАЗОДИНАМИЧЕСКОМ ЭЛЕКТРОФИЛЬТРЕ
In the article experimental data of the drift speed of dust particles in a field of corona discharge gaseous dynamic electrostatic precipitator is presented. Calculation has shown, that this speed is in 4–9 times greater than the drift speed of charged particles in classical electrostatic precipitator.
Keywords in Russian:In the article experimental data of the drift speed of dust particles in a field of corona discharge gaseous dynamic electrostatic precipitator is presented. Calculation has shown, that this speed is in 4–9 times greater than the drift speed of charged particles in classical electrostatic precipitator.
ОПРЕДЕЛЕНИЕ СКОРОСТИ ДРЕЙФА ЗАРЯЖЕННЫХ ЧАСТИЦ В ГАЗОДИНАМИЧЕСКОМ ЭЛЕКТРОФИЛЬТРЕ
In the article experimental data of the drift speed of dust particles in a field of corona discharge gaseous dynamic electrostatic precipitator is presented. Calculation has shown, that this speed is in 4–9 times greater than the drift speed of charged particles in classical electrostatic precipitator.
Keywords in Kyrgyz:In the article experimental data of the drift speed of dust particles in a field of corona discharge gaseous dynamic electrostatic precipitator is presented. Calculation has shown, that this speed is in 4–9 times greater than the drift speed of charged particles in classical electrostatic precipitator.
ОПРЕДЕЛЕНИЕ СКОРОСТИ ДРЕЙФА ЗАРЯЖЕННЫХ ЧАСТИЦ В ГАЗОДИНАМИЧЕСКОМ ЭЛЕКТРОФИЛЬТРЕ
In the article experimental data of the drift speed of dust particles in a field of corona discharge gaseous dynamic electrostatic precipitator is presented. Calculation has shown, that this speed is in 4–9 times greater than the drift speed of charged particles in classical electrostatic precipitator.
Keywords in English:In the article experimental data of the drift speed of dust particles in a field of corona discharge gaseous dynamic electrostatic precipitator is presented. Calculation has shown, that this speed is in 4–9 times greater than the drift speed of charged particles in classical electrostatic precipitator.