Examples of 'cooling rates' in a sentence
Meaning of "cooling rates"
cooling rates: Describes the speed or pace at which something, such as a substance or product, cools down or loses heat over a period of time
How to use "cooling rates" in a sentence
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cooling rates
Cooling rates may be faster in other examples.
Brine provides faster cooling rates than water.
It should then be cooled according to prescribed cooling rates.
Minimized cooling rates due to rapid cooling technology.
Different cooling media provide different cooling rates.
Higher heating and cooling rates have been achieved.
No specialized or expensive equipment is required for controlled cooling rates.
Quick the cooling rates.
This allows the achievement of much higher cooling rates.
Thermal cycle using different cooling rates after austenitization.
Various cooling rates are used depending upon panel size.
It is seen that this could improve core cooling rates.
A myriad of cooling rates are possible between these two extremes.
Tubular water quenching is preferred in order to achieve high cooling rates.
Heating and cooling rates for tempering are not critical.
See also
These different adjustments respectively achieve progressively slower cooling rates.
Cooling rates in ingots.
The present invention seeks to provide further enhanced cooling rates.
Cell injury at fast cooling rates is attributed to intracellular ice formation.
The annular atmospheric condenser was easier to control with respect to cooling rates.
Such high cooling rates are also referred to as quench cooling or quenching.
The microstructure evolutions during cooling are obviously dependent on the cooling rates.
The requirement of different cooling rates is a consequence of the nonlinearity of fructose crystallization.
Casting speed influences the local solidification velocity and cooling rates.
This suggests that faster cooling rates may be beneficial to patient outcome.
Cooling rates may be tailored within a wide range to promote desired therapeutic results.
For convenience the most rapid cooling rates will be con sidered first.
Air cooling does therefore not make it possible to achieve the desired cooling rates.
The measured cooling rates in this thesis provide indirect evidence of this process.
The cooling rate may be in the range of typical brazing furnace cooling rates.
The preferred range of cooling rates makes obtaining an optimum result more likely.
The ability of trehalose to significantly reduce internal ice allows faster cooling rates.
These values represent achievable cooling rates where the cells are allowed to cool.
Different cooling rates and other variables can produce columns of different sizes and shapes.
Cryopreservative agents and optimal cooling rates can protect against cell injury.
Slower cooling rates also reduce the austenite stability and simplify the processing somewhat.
Programmable freezing apparatuses allow determination of optimal cooling rates and facilitate standard reproducible cooling.
Faster part cooling rates in the tool can therefore be achieved with the invention.
Different cryoprotective agents and different cell types typically have different optimal cooling rates.
The abovementioned cooling rates relate to the cooling rate at the critical point.
These heat exchangers have large surface areas that result in improved heating and cooling rates.
In general higher cooling rates and also nucleating agents favour smaller particles sizes.
In fact, the level of diepoxide generally was higher with faster cooling rates.
For most cell types there exist optimal cooling rates that lead to maximum cell viability.
Cooling rates within the cooling zone beneficially approximate the heating rates within the reaction zone.
Profile B had slow heating and slow cooling rates and is presented for comparison only.
Other cooling rates may be used to obtain an FDKP material having desired isomer contents.
Continuous and batch annealing is mentioned, but not heating or cooling rates are given.
Several cooling rates are required to construct the CCT diagram.
This can be achieved by agitation, using appropriate temperatures, cooling rates as well as ingredients.
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