Sentence examples for the reflection between from inspiring English sources
Microwave can only be attenuated during the reflection between graphene stacks in CG.
For high-performance multi-junction solar cells, the antireflection plays an important role because it can reduce about 30% of the light absorption due to the reflection between the interface of the air and top cell.
With increasing Sn content in the pores of Al2O3, the spectral R of the samples relatively decreased in the wavelength range of UV Vis-NIR regions dUV Vis-NIRthickness of Al2O3 layeregionsedues anto-reflecthen (AR) layer reducing thicknessctiof between the Al2O3nd the Sn pigment layer [18, 22].
On the other hand, there are still many obstacles for determination of disease markers using biosensors like the reflection between the sensing molecule and the target, nonspecific binding in the case of serum or real patient samples, the small size of the target, and the effect of the microfluidics systems of the sensors on the measurement process.
In these articles the diffraction maximum exhibiting the strongest variation in position is the reflection between ∼ 13.5 and ∼ 11.2 Å (6.5 7.9° 2θ Cu Kα), which corresponds to the C-S-H 001 reflection, i.e. to the layer-to-layer distance (Grangeon et al., 2013 ▶).
The reflections between 8.4° 10.7° correspond to the monohydrated phase [38].
The reflections between depths 50 and 125 in these figures are the artifact of preprocessing and data alignment.
To construct difference diffraction patterns, it was necessary first to equalize the rotation and centering of the diffraction patterns by least-squares minimization of differences in the intensity of the 200 reflection between quadrants, using the Solver function in Microsoft Excel.
To the left of midline, there is a tumour deposit lying along the peritoneal reflection between the uterus and bladder (black arrow).
This is due to the low reflection between the wavelength 350 to 500 nm, in respect to the solar cell coated with a ZnO nanotube.
The degree of S anisotropy was estimated by dividing the differential travel times of the S reflection between fast and slow axes by the absolute travel time of the S reflection.
