Abstract
The features are described of the future MHD unit U-25 tested at the Institute of High Temperatures of the Academy of Sciences of the USSR. The attainable thermal load of the combustion chamber is 290x10/sup 6/ kJ/m/sup 3/.h. Three types of channel were tested, i.e., the Faraday channel divided into sections with modular insulating walls, the diagonal channel without metal body, and an improved Faraday channel with an output of 20 MW. The described MHD generator is equipped with an inverter which transforms direct current into alternating current, continuously adjusts the load from no-load operation to short-circuit connection and maintains the desired electrical voltage independently of the changes in loading. A new technique of connecting and disconnecting the oxygen equipment was developed which considerably reduces the time of start-up and shut-down. Natural gas is used for heating the air heaters. All equipment used in the operation of the MHD generator is remote controlled by computer or manually.
Citation Formats
Pishchikov, S, Pinkhasik, D, and Sidorov, V.
Several hundred megawatt MHD units.
Serbia and Montenegro: N. p.,
1978.
Web.
Pishchikov, S, Pinkhasik, D, & Sidorov, V.
Several hundred megawatt MHD units.
Serbia and Montenegro.
Pishchikov, S, Pinkhasik, D, and Sidorov, V.
1978.
"Several hundred megawatt MHD units."
Serbia and Montenegro.
@misc{etde_6163832,
title = {Several hundred megawatt MHD units}
author = {Pishchikov, S, Pinkhasik, D, and Sidorov, V}
abstractNote = {The features are described of the future MHD unit U-25 tested at the Institute of High Temperatures of the Academy of Sciences of the USSR. The attainable thermal load of the combustion chamber is 290x10/sup 6/ kJ/m/sup 3/.h. Three types of channel were tested, i.e., the Faraday channel divided into sections with modular insulating walls, the diagonal channel without metal body, and an improved Faraday channel with an output of 20 MW. The described MHD generator is equipped with an inverter which transforms direct current into alternating current, continuously adjusts the load from no-load operation to short-circuit connection and maintains the desired electrical voltage independently of the changes in loading. A new technique of connecting and disconnecting the oxygen equipment was developed which considerably reduces the time of start-up and shut-down. Natural gas is used for heating the air heaters. All equipment used in the operation of the MHD generator is remote controlled by computer or manually.}
journal = []
volume = {6:3}
journal type = {AC}
place = {Serbia and Montenegro}
year = {1978}
month = {Jul}
}
title = {Several hundred megawatt MHD units}
author = {Pishchikov, S, Pinkhasik, D, and Sidorov, V}
abstractNote = {The features are described of the future MHD unit U-25 tested at the Institute of High Temperatures of the Academy of Sciences of the USSR. The attainable thermal load of the combustion chamber is 290x10/sup 6/ kJ/m/sup 3/.h. Three types of channel were tested, i.e., the Faraday channel divided into sections with modular insulating walls, the diagonal channel without metal body, and an improved Faraday channel with an output of 20 MW. The described MHD generator is equipped with an inverter which transforms direct current into alternating current, continuously adjusts the load from no-load operation to short-circuit connection and maintains the desired electrical voltage independently of the changes in loading. A new technique of connecting and disconnecting the oxygen equipment was developed which considerably reduces the time of start-up and shut-down. Natural gas is used for heating the air heaters. All equipment used in the operation of the MHD generator is remote controlled by computer or manually.}
journal = []
volume = {6:3}
journal type = {AC}
place = {Serbia and Montenegro}
year = {1978}
month = {Jul}
}