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Testing sensitivity increased a millionfold.
And this sensitivity increased with exposure – the opposite of the protection antibodies provided against diseases.
Cross sensitivity increased with lower temperature.
Thus, overall sensitivity increased by 60.4%.
With the increase of the strain rate sensitivity increased.
A depressed sensitivity increased the ThI, which then had to be corrected using the adjusted nThI.
Only ASM phantoms created a harmonic signal, whose sensitivity increased with applied acoustic pressure.
Detection sensitivity increased by as much as 125% under optimal detection conditions.
The sensitivity increased by 0.0031 pF/MPa; corresponding temperature coefficient of sensitivity is 0.058%/°C.
The strain rate sensitivity increased, but the thermal activation volume decreased as the strain rate increased.
The sensitivity increased up to 4 A/M if larger amount of rPpL was used.
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