Sentence examples for probe separation from inspiring English sources

For homogenous materials, a standard resistivity model would give a linear increase with probe separation.

Before annealing, the measured nanosheet resistance displayed a non-linear increase with probe separation, attributed to surface contamination.

At 700 °C, the nanosheets partially disintegrated and the resistance increased and became less linear with probe separation.

In Fig. 3, the mean nanosheet resistance at +1 V measured using the two-point probe is shown against probe separation.

Fig. 3 Mean two-point probe resistance measurements at +1 V with standard deviation, against probe separation for ZnO nanosheets before and after vacuum annealing at 300, 500 and 700 °C, with inset showing 300 and 500 °C.

In succession, we focus on the description of the procedure used for the orbit determination performed on separated arcs of rocket GPS measurements through the use of momentum conservation to determine the probe separation velocity.

I-V sweeps were performed from −1 to 1 V at five probe separations with two of the positions shown in Fig. 1, each repeated five times.

Taken together, the results establish that the scattering interference ruler is applicable to heterogeneous samples that exhibit a wide range of different probe-probe separation distances.

Each fraction was then amplified by random-primed PCR (R-PCR), fragmented further, end-labeled, and hybridized to microarrays containing probes interrogating all non-repetitive sequences on human chromosomes 21 and 22 with an average inter-probe separation of 10 bp [ 20].

The principal limitation with use of this proposed method is that the minimum probe point separation must be 158.25 nm and, hence, shall limit the measurement of features less than 158.25 nm.

The principal limitation with the use of the proposed method is that the minimum probe point separation must be 158.25 nm and hence shall limit the measurement of features less than 158.25 nm.