Abstract
The seawater-activated battery is placed in the body of an object which moves in the water. Pipes are installed in the body for collecting salt water with the movement of the object as well as for the discharge of the spent water. There is a motor in the circulation system. With a halt by the object the motor which is electrically connected to the battery is automatically turned on and provides for forced flow of an electrolyte through the battery which prevents the heating of the electrolyte and the autodischarge of the battery.
Citation Formats
Abe, E, Motoda, K, and Takada, M.
A seawater-activated battery.
Japan: N. p.,
1982.
Web.
Abe, E, Motoda, K, & Takada, M.
A seawater-activated battery.
Japan.
Abe, E, Motoda, K, and Takada, M.
1982.
"A seawater-activated battery."
Japan.
@misc{etde_6796958,
title = {A seawater-activated battery}
author = {Abe, E, Motoda, K, and Takada, M}
abstractNote = {The seawater-activated battery is placed in the body of an object which moves in the water. Pipes are installed in the body for collecting salt water with the movement of the object as well as for the discharge of the spent water. There is a motor in the circulation system. With a halt by the object the motor which is electrically connected to the battery is automatically turned on and provides for forced flow of an electrolyte through the battery which prevents the heating of the electrolyte and the autodischarge of the battery.}
place = {Japan}
year = {1982}
month = {Jul}
}
title = {A seawater-activated battery}
author = {Abe, E, Motoda, K, and Takada, M}
abstractNote = {The seawater-activated battery is placed in the body of an object which moves in the water. Pipes are installed in the body for collecting salt water with the movement of the object as well as for the discharge of the spent water. There is a motor in the circulation system. With a halt by the object the motor which is electrically connected to the battery is automatically turned on and provides for forced flow of an electrolyte through the battery which prevents the heating of the electrolyte and the autodischarge of the battery.}
place = {Japan}
year = {1982}
month = {Jul}
}