The expander is modeled through a semi-empirical model taking into account internal leakages, ambient losses, under- or over-expansion losses and electro-mechanical losses [21].
In this one-parameter model, the authors assume that the heat gain/loss of a house is only related to internal and ambient temperature difference, and the building envelope equivalent thermal resistance.
Some evidence shows that interventions that reduce the storage time of shell eggs, internal or ambient temperature, or prevalence of S. Enteritidis positive flocks or that increase diversion of eggs from S. Enteritidis-positive flocks to pasteurization, may help reduce the incidence of S. Enteritidis in humans (18 ).
However, the lower CO2 assimilation in P-deficient leaves of soybean [ 14] and bean [ 12] was primarily caused by non-stomatal factors as the lower assimilation rate coincided with an increase of the intercellular CO2 concentration and the internal to ambient CO2 concentration ratio, respectively.
Internal pressure and ambient humidity are controlled.
And then, obviously, the last third of the film would contain nothing but creaking metal and screaming, something much more in tune with my ambient internal commentary than anything James Horner could compose.
Temperature difference between silo's internal cavity and ambient air was determined by using a concept of thermal resistance, which was validated by CFD analysis.
The main area of investigation was the ability to account for the time-varying thermal response of building fabrics to internal and external ambient conditions and the consequential effect on the air inside the enclosure.
To achieve relevant results, it is necessary to obtain measurement data free of thermal influence because this influence caused by the change in internal and external ambient conditions may invalidate the measurement by thermal deformation of the machine, but also by the very process of measurement.
