Resultantly, engine encapsulation has secured its place near the heart of every vehicle, called engine.
Automotive engine encapsulation helps to insulate the engine from the environment besides maintaining the heat inside the engine while it is turned off.
Government regulation that promote the energy efficient components is a key driving force behind the upsurge the global automotive engine encapsulation industry is witnessing currently.
From Table 6, three independent process variables, namely the sonication power of the second emulsion ([F.sub.1]), the total volume of the second emulsion ([F.sub.3]) and the sonication time of the second emulsion ([F.sub.4]), were found to have significant linear effects on the encapsulation efficiency.
From Table 6, the effectiveness of the established empirical model of encapsulation efficiency was confirmed, because of p<0.05.
The effect of the sonication power on encapsulation efficiency exhibited a linear pattern.
The full description of the cellular encapsulation in R.
The survival trade-off value for Hodotermopsis sjoestedti was the highest among all tested species, which suggests that besides having large nodules, the cellular encapsulation was efficient for survivorship at a relatively low physiological cost in this large species.
Cellular encapsulation in Hodotermes mossambicus was similar to that observed in Hodotermopsis sjoestedti in terms of size and intensity.
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"Emulsifiers and lipids are the fastest-growing shell material market in food encapsulation"
Of all the shell materials used for food encapsulation, emulsifiers and lipids are applied as advanced encapsulation techniques such as micro- & nano-encapsulations.