Not exact matches
The microclimate has been recorded with various wireless monitoring
systems, including the use of balloons to elevate the sensors, together with infrared thermography, hygrometry and electrical resistivity devices to measure the two
critical parameters for conservation: temperature and humidity.
That is, unless the
system switches to a new attractor dynamic as a result of overloading a
critical parameter (oh, I don't know, say average temperature!)
The reduction of the full set of model
parameters to a single scaling number l, which determines the
system and thereby the
critical threshold, testifies to a remarkable dynamic similitude with respect to the atmospheric quantities α, β, and q 0.
This technique incorporates the field characterization of
critical parameters, (thresholds of operation) for indoor environment, thermal comfort, air delivery and distribution
systems as well as their interaction with the building envelope.
The
parameters controlling the
system can be transparently combined into a single control, and there exists a
critical value of this control from which a small perturbation leads to a qualitative change in a crucial feature of the
system, after some observation time.
Take readings and monitor all utility
systems critical parameters, and investigate and correct operating conditions out of specification.