Therefore, the author developed and demonstrated 16-channel flat sensitivity sensor array for IGBT current distribution measurement.
The broadband seismometers, equipped with a symmetric triaxial force feedback sensor designed with a flat sensitivity to ground velocity from 0.02 to 100 Hz, can efficiently detect ground motions.
With regards to a causal locus, the Lasso, NEG, forward stepwise regression and MCP often select only one of a group of highly correlated variables, and if the wrong one is selected, the true causal locus has little chance of entering the model at a later step, as is evident by flat sensitivity versus 1-specificity curves (data not shown).
Vertebrate NHEJ-deficient ku70 cells are extremely IR-sensitive in the G1 and early S phases, and HR-deficient rad54 cells show a relatively flat IR sensitivity pattern, and are IR-sensitive only during the late S to G2 phases [108].
Reduced rippling can be obtained by choosing a differential delay element δ so that the imaging channels would come even closer together, in terms of OPD, providing a relatively flat top sensitivity curve when combined, as suggested by the profile in Fig. 4(b).
The fabricated thermal sensor has flat surface, a sensitivity of 3.263°C/mW, and a response time of less than 5 ms. In addition, one-wire type thermal flow sensors based on this kind of microthermal sensor are designed and fabricated.
Thus, it seems that unlike WT receptors, ort6 receptors lack a mechanism for the time- or dose-dependent increase of LMC output during stimulation, as indicated by their flat or decreasing sensitivity over time (Fig. 2F).
As a consequence, the parameters cannot be correctly constrained, the landscape of the predicting errors is quite flat, and the sensitivities of the resulting parameters are sloppy [ 18– 20].
Laser Doppler vibrometer measurements of the H. cavitympanum TM vibration velocity show that the middle ear of the species is sensitive over a wide range of frequencies, with a relatively flat plateau of maximal sensitivity spanning a broad high-frequency/ultrasonic range between 7 kHz and ∼30 kHz (Figure 3).
In comparison with a fluidic glucose sensor having only flat electrodes, the detection sensitivity for the sensor with nanopillar modified electrodes was five times higher.
The HARP used an omni-directional transducer (ITC-1042, International Transducer Corporation, Santa Barbara, CA), which had an approximately flat (±2 dB) hydrophone sensitivity from 10too 100 kHz of −200 dB re V/μPa.
