Sentence examples for light properties of from inspiring English sources
Prof Vukusic had been studying the impressive light properties of the beetles for a number of years.
In this paper, the slow light properties of the polyatomic Photonic Crystal (PhC) which has multiple different air holes in each primitive cell are investigated.
Recently, majority of current research in the field of designing Phonic Crystal Waveguides (PCW) focus in extracting the relations between output slow light properties of PCW and structural parameters through a huge number of tedious non-systematic simulations in order to introduce better designs.
The results of the above investigations indicated that the dissolved P from the Pd(P) film during soldering played a significant role in determining the light properties of solder joints, even though the Pd(P) film was less than one micron thick and its P content was quite limited (2 5 wt%).
This method is used to optimize the slow light property of the RSPhCW.
Despite this triumph for the wave theory of light, the properties of polarized light could seemingly be explained only by the corpuscular theory, and beginning in 1816 Fresnel and Arago studied the laws of the interference of polarized light.
The "light-in light-out" properties of the textile enabled the spectroscopic characterization of human tissue.
This uses the differential light absorption properties of oxyhaemoglobin (HbO) and deoxyhaemoglobin (HbR) for near infrared light when it passes through the scalp, skull and superficial layers of the cortex from a light source placed on the scalp.
Light barrier properties of film revealed that the lignin addition improved barrier properties against UV light in the range of 280 350 nm.
To study the light absorption properties of the prepared ITO/CuInS2(n) and ITO/CuInS2(n)/Al2O3/(CH3NH3)PbI3 films for application in photovoltaic devices, light absorption studies are carried out.
Also, ordering of the NTs can affect their optical properties, in particular their ability to scatter light that affects the light-harvesting properties of the electrode.
