These equations don't take into account the heat release effect.

High heat release and pressure rise rates contribute to engine wear.

An accelerated fire is said to have a higher "heat release rate," meaning it burns more quickly.

The vehicle interior is predominantly aluminium, with no heat release.

Increasing the fuel/air ratio will result in even higher peak pressures and heat release rates.

This heat release process is an important source of energy in the development of thunderstorms.

The proper microwave energy pattern is necessary for attaining a uniform heat release.

But the team also monitors surface wildfires, measuring fire length, spread, and heat release.

"I am reading some signs of activity heat release, movement of magma deep within the core."

An important source is latent heat release due to deep convection in the tropics.

With a low sky view factor, the canyon can retain more heat during the day, creating a higher heat release at night.

Since this number represents the potential "heat release" per unit area in the flaming zone, it can provide guidance to several important fire activities.

This will depend on the latent heat release as:

The updraft is amplified by this latent heat release.

A cooling system was added after the reactor had operated for a time, allowing it to run at a heat release rate of 200 kilowatts.

Another means to extend the operating range is to control the onset of ignition and the heat release rate by manipulating the fuel itself.

The heat release rate is calculated by measuring the amount of light radiated from a flame at those wavelengths.

Depending on the fuel, the kinetic energy of the air and the potential combustion heat release will be equal at around Mach 8.

So if you run an exothermic reaction, you have to be aware that the heat release will be much greater on a large scale.

This will lower the heat release rate and peak pressures and will make it possible to increase the equivalence ratio.

It gathers data regarding the ignition time, mass loss, combustion products, heat release rate and other parameters associated with its burning properties.

Storage occupancies - The heat release rate from high piled storage commodities is expected to be very high.

These engines can withstand a boost in power because the heat release rate in these engines is slow.

The latent heat release from condensation is the determinate between significant convection and almost no convection at all.

Many other air freshener delivery methods have become popular since, including scented candles, reed diffusers, potpourri, and heat release products.