Results of our study helped us to determine the binding efficiencies of the tested materials.
No statistical significant differences between the filtration efficiencies of the test and control masks of human influenza A virus and avian influenza virus were found.
To assess the PCR efficiencies of the test and reference locus, we performed a series of 10-fold serial dilutions for both the CCL3L1 and RNaseP PCR reactions.
Aqueous sucrose solutions were employed to evaluate the discriminative efficiency of the tests.
The same samples with varying control size (5, 10, 20, 30, 40 and 50) showed the same trend in the efficiency of the t-tests.
The efficiency of the tested solar still was about 0.16.
Furthermore, the pasteurizer remained stable for elimination efficiency of the tested microorganisms, considering the 85 °C treatment temperature for 15 s.
The maximum decarbonization efficiency of the test CFB combustor is approximately 75%, which is much higher than that of FARC.
The results also show that the maximum estimated evaporative cooling system efficiency of the test section is about 45%.
