РАЗРЯДНАЯ ЯЧЕЙКА НОВОГО ТИПА ДЛЯ БАРЬЕРНОГО РАЗРЯДА

Гречухин А.А.

Abstract in Russian:

The new way of a feed of a discharge cell for synthesis of ozone in the barrier discharge is considered. Association of a discharge cell and the high-voltage transformer allows to reduce capital expenses for creation of the generator of ozone. Specific power inputs on synthesis of ozone make 20 kWt*h/kg.

Keywords in Russian:

The new way of a feed of a discharge cell for synthesis of ozone in the barrier discharge is considered. Association of a discharge cell and the high-voltage transformer allows to reduce capital expenses for creation of the generator of ozone. Specific power inputs on synthesis of ozone make 20 kWt*h/kg.

РАЗРЯДНАЯ ЯЧЕЙКА НОВОГО ТИПА ДЛЯ БАРЬЕРНОГО РАЗРЯДА

Гречухин А.А.

Astract in Kyrgyz :

The new way of a feed of a discharge cell for synthesis of ozone in the barrier discharge is considered. Association of a discharge cell and the high-voltage transformer allows to reduce capital expenses for creation of the generator of ozone. Specific power inputs on synthesis of ozone make 20 kWt*h/kg.

Keywords in Kyrgyz:

The new way of a feed of a discharge cell for synthesis of ozone in the barrier discharge is considered. Association of a discharge cell and the high-voltage transformer allows to reduce capital expenses for creation of the generator of ozone. Specific power inputs on synthesis of ozone make 20 kWt*h/kg.

РАЗРЯДНАЯ ЯЧЕЙКА НОВОГО ТИПА ДЛЯ БАРЬЕРНОГО РАЗРЯДА

Гречухин А.А.

Abstract in English:

The new way of a feed of a discharge cell for synthesis of ozone in the barrier discharge is considered. Association of a discharge cell and the high-voltage transformer allows to reduce capital expenses for creation of the generator of ozone. Specific power inputs on synthesis of ozone make 20 kWt*h/kg.

Keywords in English:

The new way of a feed of a discharge cell for synthesis of ozone in the barrier discharge is considered. Association of a discharge cell and the high-voltage transformer allows to reduce capital expenses for creation of the generator of ozone. Specific power inputs on synthesis of ozone make 20 kWt*h/kg.