Electrochemical study of the electrochemical system of the 417-T thermal battery Hadi Muhammad Ali Abboud Abbas Abd Ali Drai' and Falah Hassan Hussein, University

Abstract

The X-Ray diffraction technique has been employed to determine the
electro-chemical reactions as well as the oxidation-reduction reactions taking place
in the thermal cell and the pyrotechnic material respectively.
The thermal spectroscopic method has been used to determine the
temperature degree that causes the activation for the pyrotechnic material.
The thermal cells consisting the thermal battery were studied
electrically in single state by using furnace, multimeter, and changeable resistance
to determine the electrical behaviour, and functions related to energy producing
from thermal cell especially the maximum open circuit voltage produced after
identifying the operating temperature degree of thermal cells. The closed circuit
voltage was also determined when the changeable resistance is employed in voltage
discharge of these cells. The maximum period of discharge time has been studied
under different experimental conditions to determine the superior conditions for
thermal cell activation and electrical energy production.