Sentence examples for proximal probe from inspiring English sources

Proximal probe characterisation confirms the presence, at high coverage, of well-ordered protein adlayers.

By virtue of their high precision, proximal probe methods based on scanning tunnel microscopy and atomic force microscopy (AFM) have been employed to fabricate nanostructures [9 13].

This proximal probe technique makes it possible to fabricate at specified locations and to measure the dimensions of nanostructures with high precision.

It is expected that in the near future major technological breakthroughs in scanning proximal probe nanotools will allow for key scientific impact on analysis and synthesis of nanostructures.

Proximal probe sensors with an ability to detect extremely small forces (10−15 10−18 N) play significant role in scanning probe microscopy applications.

Therefore, by virtue of the high precision and multifunction of AFM, it is of great importance to develop an accurate and straightforward method for fabricating protuberant nanostructures on insulator surfaces based on the proximal probe method.

A packaged VLSI NEMS-chip (Very Large Scale Integrated Nano Electro Mechanical System) incorporating 128 proximal probes, fully addressable with control and readout interconnects and advanced software will be presented.

One approach is to use an array of miniature columns, another is to employ an integrated array of micromachined proximal probes (e.g. AFM tips) that field emit electrons into thin resist.

Consecutive pair-wised hybridisations using distal and proximal probes relative to the estimated breakpoints were selected until a probe with split signal was observed.

While GER was detected in 25 patients (64.1%) by the only distal probe, it was detected in 14 patients (35.8%) by the both distal and proximal probes (6 of out 14 patients were included in respiratory group, 5 gastrointestinal group and 3 mixed group).

We observed a strong correlation of methylation levels for neighbouring probes (< 250 bp) (Fig. S2 inset), indicating that proximal probes on the array can be grouped into 'regions', and associations with the outcome of interest (in this case the age of the subject) can be studied at the region level.