Examples of 'thermal runaway' in a sentence
Meaning of "thermal runaway"
thermal runaway - A term used in physics and engineering to describe a situation where a system's temperature increases uncontrollably due to a positive feedback loop, leading to potentially destructive consequences
How to use "thermal runaway" in a sentence
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thermal runaway
Battery charger with thermal runaway protection.
This deleterious positive feedback results in thermal runaway.
Thermal runaway process started.
These materials are called thermal runaway materials.
It is beneficial to note that bipolar transistors are subject to a risk of thermal runaway.
The cell is in thermal runaway.
Many electronic circuits contain special provisions to prevent thermal runaway.
Avoid thermal runaway.
Its chemistry is not susceptible to thermal runaway.
Thermal runaway is more typical of electrically conductive liquids such as salty water.
Power MOSFETs are at risk of thermal runaway.
To prevent thermal runaway of the batteries when they are used in high temperature conditions.
This positive feedback situation is known as thermal runaway.
This can lead to a local thermal runaway and subsequent failure of the diode.
Role of the different materials involved in the mechanisms of thermal runaway.
See also
Consideration of the risk of propagation of thermal runaway in the development of battery modules.
It takes a very large mossy lithium dendrite to initiate thermal runaway.
There is also a risk that thermal runaway may occur if a critical heat flux is exceeded.
Portable electrical energy storage device with thermal runaway mitigation.
Thermal runaway of a portion of the control circuit ;.
This cycle is called thermal runaway.
In certain cases, thermal runaway of battery 2 or even its explosion can be observed.
Laser diodes are also less prone to thermal runaway than LEDs.
Thermal runaway is most often caused by failure of the reactor vessel 's cooling system.
Undue gassing at the positive electrode can thus lead to thermal runaway.
Such overload condition could cause a thermal runaway before the rest of the safety devices activate.
The conductivity must therefore be kept sufficiently low to avoid thermal runaway.
This threshold can be chosen as a representation of a thermal runaway situation of the protective component.
Should be combined with temperature sensors in the battery to avoid overcharge or thermal runaway.
This configuration employs negative feedback to prevent thermal runaway and stabilize the operating point.
Cell output resistance remains as the dominant factor in the initiation of thermal runaway.
In chemical engineering, thermal runaway can cause catastrophic failure.
The charger detected that the battery may be getting too hot thermal runaway.
In rare instances, this may lead to thermal runaway in digital circuits.
Internal shorts from manufacturing defect or physical damage can lead to spontaneous thermal runaway.
In the contrary case, thermal runaway may continue until the accumulator explodes.
The aging components begin to break down and may start producing additional thermal runaway.
On the other hand, thermal runaway is a positive feedback that can destroy semiconductor junctions.
The OMB is therefore less prone to thermal runaway.
F / There is no risk of thermal runaway in the inert state.
However, this reaction is highly exothermic and prone to thermal runaway.
Done . Thermal runaway process started.
LiCo has higher reaction energy during thermal runaway than IMO.
One is in the presence of thermal runaway which leads the temperature to about 135 ° C. rapidly.
A protection of optoelectronic circuit 20 against a thermal runaway is thus obtained.
Furthermore, cooling by conduction is known to reduce the occurrence of thermal runaway.
In this case, reference is made to the thermal runaway of the varistor.
Tantalum capacitors are under some conditions prone to self-destruction by thermal runaway.
Figure 11 illustrates a variable reference voltage thermal runaway prevention circuit.
Failure of the mixer can result in localized heating, which initiates thermal runaway.
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They work with lots of runaway girls
That runaway nun is in the waiting room
Examples of using Thermal
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Inverter is too hot thermal shutdown mode
Thermal protection circuits are shutting amplifier off
Do not use the thermal carafe in a microwave
