On the high end, the resulting increase in local power dissipation can lead to thermal runaway that may cause momentary or permanent device failure.
32.
The star will heat up more than in the stars and the thermal runaway reaction when the oxygen fuel ignites will be far greater.
33.
In comparison to solid tantalum capacitors the thermal runaway of niobium anodes will occur at about three times higher power than of tantalum anodes.
34.
The focus of the review was on the safety of the LiFePO ), which provide less reaction energy during thermal runaway, have become available.
35.
For these two reasons, Grignard reactions often can have a long induction period, followed by a thermal runaway, even causing the reaction solvent to boil-off.
36.
In electrical engineering, thermal runaway is typically associated with increased current flow and power dissipation, although exothermic chemical reactions can be of concern here too.
37.
The pack is designed to prevent catastrophic cell failures from propagating to adjacent cells ( thermal runaway ), even when the cooling system is off.
38.
To maintain efficient overall operation and avoid damage from thermal runaway, the demand for heat from the secondary side of the exchanger must be consistently high.
39.
The battery operates without heating at room temperature, avoiding the extensive cooling systems that appear in current electric cars and the corresponding risk of thermal runaway.
40.
Not running the regeneration cycle soon enough increases the risk of engine damage and / or uncontrolled regeneration ( thermal runaway ) and possible DPF failure.
