Sentence examples for loss of reflection from inspiring English sources

Optical reflection, or in other words the loss of reflection, from a surface becomes increasingly crucial in determining the extent of the light-matter interaction.

The requirement for the optimal antenna to keep the direct and reflected power constant can be explained as keeping the radiation pattern constant in the upper hemisphere and compensating the loss of reflection power with respect to elevation angles in the bottom hemisphere.

Simultaneously, the light extraction efficiency in the LED using p-hBN instead of p-AlGaN exhibits a more than 250% increase at the applied voltage of 7.5 V due to the smaller loss of reflection and absorption of the emitted light.

When the thickness was only 2.0 mm and the component content was 33 wt%, the loss of reflection was less than −10 dB shifted from 6 7 GHz to 7 13 GHz and the loss of minimum reflection decreased from 12.5 dB lost to 32 dB lost through a discrete-structure process.

The key features are the loss of reflections due to molybdena which were present in the diffractogram of the precursor materials and the appearance of peaks at 2θ values corresponding to 34.5, 37.9, 39.5, 61.5, and 69.6° which can be attributed to reflections of the β form of Mo2C (Zhu et al. 2007).

This may result in more valid data on the time use of nurses [ 50] but at the loss of reflections-in-action, which the field researchers then used to refine the focus of their interview schedule.

Then, the source location, along with its amplitude, reflection paths and power loss of bottom reflection, is estimated via the iterative beamforming (IB) method, which alternatively estimates the source contributions and performs beamforming on these estimates until convergence.

A minimum reflection loss value of −18.1 dB was obtained for the absorber thickness reaching 2.0 mm, and even the Fe3O4@void@C nanocomposites possess a lower reflection loss of-10 dB under 2 GHz bandwidth.

Around the post edges, strong shear forces produce distortions and defects in the lattice inducing a rapid loss of the reflection intensity.

The reverberation time tail compensation, used to compensate for the loss of later reflections in the predicted energy decay curve, is described.

The insertion loss, which consists of reflection, propagation, and mode coupling losses, is defined as and is ~8 dB.