In this work, the optimum conditions for the preparation and conditioning of fibers and the extraction of analytes from water samples were obtained.
Building designers should select and evaluate critically the outdoor design conditions in order to achieve optimum air conditioning equipment sizing.
What are optimum conditions?
A field test was developed to evaluate the optimum moisture conditioning of the substrate concrete prior to application of repair material; this has been calibrated and compared with destructive and non-destructive on three types of concrete and two types of surface preparation.
Using a detailed system model as a comparison, this study shows that isolating the condenser component and optimizing it independently by minimizing the entropy generation in the condenser component alone, also known as thermoeconomic isolation, can be a practical way to design the condenser for optimum air-conditioning system efficiency.
To select the optimum experimental conditions, the effect of the supporting electrolyte, pH, conditioning potential and conditioning time, frequency, amplitude, step potential, and equilibration time were studied.
The voltage used was 7.5 V, delivered during 2 s, which is the optimum for aversive conditioning (unpublished data from our group).
The optimum operational conditions of an air-to-air rotary regenerator (also called air preheater or heat wheel) for air conditioning applications which was designed and manufactured in Energy Systems Improvement Laboratory (ESIL) has been investigated in this paper.
Under laboratory conditions, conditioning (defined as treatment with moisture) of Striga seeds for one to three weeks before exposure to germination stimulant is required for optimum germination.
A new method of thermal and economical optimum design of air conditioning units with vapor compression refrigeration system, is presented.
At the optimum milling parameters and conditioning for 24 h at −80 °C, nanobiochar with the average size of around 60 nm was obtained.
