Sentence examples for configuration reflection from inspiring English sources

The seismic stratigraphic interpretation method depends upon the observation of all the seismic parameters (continuity, amplitude, apparent frequency, configuration, reflection terminations, search for unconformities, and their classification within uniform units to define seismic "facies" and then on the 3D analysis of their lateral and vertical variations) (Ravenne 2002).

In the best configuration, microwave reflection was sufficiently smaller than 10% and 70 90% of the microwave power launched into the discharge chamber was absorbed by plasma electrons.

We can specify both sedimentary structures by configuration of reflections and faults by offsetting of reflections on seismic reflection profiles.

XRD acquisitions, in laboratory or at synchrotron, can be performed in two main configurations: in reflection mode or in transmission mode (Figure 4c).

With a bulk optical single total internal reflection configuration a detection limit of 3.74 molecules/μm2, with a bulk optical multiple total internal reflection configuration a detection limit of 1.83 molecules/μm2 and with the integrated optical waveguide (IOW) configuration a detection limit of 0.013 molecules/μm2 was numerically estimated based on background data of the bulk volume signal.

Radar measurements were performed using the nominal 500 MHz, 900 MHz, 1 GHz and 1.5 GHz antennas in reflection configuration.

As shown in Fig. 2a the cavity mirrors are asymmetric with the bottom Bragg mirror twice thicker than the top one (30 pairs of Al0.1Ga0.9As−Al0.95Ga0.05As versus 15 pairs for the top mirror), optimizing the cavity for experiments in reflection configuration.

All sample images were taken using a commercially-available consumer flatbed scanner (EPSON Perfection V600) in reflection configuration at 1200 dpi corresponding to a rate of 2.0 cm2 s−1 or 0.019 s per sample as described elsewhere18.

The pillars are cooled down to 5 K in a cryostat mounted in reflection configuration and excited with a CW single-mode Ti Sa laser tuned to be quasi-resonant with the ground-state level of the lower polariton branch.

On the contrary, other photothermal and thermographic techniques in reflection configuration (the same side is heated and temperature detected) can overcome these limitations.

Terahertz (THz) emission has been successfully observed from vertically aligned multi-wall carbon nanotube (VAMCNT) materials excited with polarized laser pulse in a reflection configuration.