Sentence examples for out of reflections from inspiring English sources

"Coming out of reflections / I find myself in the earth," he writes in a sequence of poems titled "Walking to the Cattle Place".

In general, V2V communication consists of LOS along with some multi-path components, arising out of reflections of mobile scatterers (e.g., moving cars), and static scatterers (e.g., building and road signs located on the roadside).

The CAMM grew out of reflections by the research team between iterations in this ongoing action research study.

Wide-range XRD scans along the out-of-plane reflections revealed that single phase SFO has been formed without any secondary phase.

Lighting is by far the most important factor when photographing glass, since the wrong setup can create out-of-control reflections or washed out blurs.

Returning to the meridional reflections, our analysis mandates the forbidden first-order, out-of-plane reflection to be at q z = 0.17 Å–1, corresponding to a characteristic d-spacing of 36.4 Å, which is much larger than the out-of-plane d-spacing of BT-ID, BT-T-ID, and BT-T3-ID, or those of any other isoindigo-containing molecular or polymeric semiconductor reported previously.

An HMRC spokesman called the report "an inaccurate, out-of-date reflection of our phone performance" though he acknowledged service levels were not acceptable last year and said HMRC had apologised at the time.

Although the out-of-band reflection between the central and right edge channel is decreased, it still reaches 95%.

It changes the precise wavelength position of individual channels; it increases the out-of-band reflection and causes an attenuation of the maximum intensity, resulting in a lowering of the quality factor, Q.

The increase of the channel spacing, λ s  + Δλs, results in a decrease of the channel spacing between the central channel and the right edge channel, λ s2,3  = λ s  − Δλ s, lowering the out-of-band reflection between them.

This property of surfactant added TMAH is used to fabricate 45° micromirrors which are used in optical MEMS to provide 90° out-of-plane reflection as illustrated in Fig. 15 [150–152].