Sentence examples for based on attenuation of from inspiring English sources
Neutron radiography is a powerful method of probing the structure of materials based on attenuation of neutrons.
Though control strategy for the device with minimum stiffness sufficiently differs from the approaches based on attenuation of extraneous resonant responses.
The algorithm was based on attenuation of the peripheral arterial tone in combination with heart rate and oxygen saturation excluding events during perceived wake periods.
Signal on radiography and CT is based on attenuation of X-rays, and bone and other calcified tissues are easily depicted because of markedly higher X-ray attenuation by these tissues than by the surrounding soft tissues.
Conventional radiography is based on attenuation of X-rays, and calcified tissues such as bone are readily depicted because of their markedly greater attenuation in comparison with the surrounding soft tissues.
The dehydrated layer thickness was estimated by an overlayer model [ 22] based on attenuation of the Si2s electrons arising from the glass surface with respect to N1s electrons from the overlaying adsorbed SCF.
In the absence of seismographic stations across the country, PGA is calculated imputing data from earthquakes' characteristics and geography of impacted areas, based on attenuation relations created by seismologists and engineers.
The present study was designed to investigate the protective effect of a combinatorial therapy based on the attenuation of oxidative stress with antioxidant (N-acetyl cysteine), and NADPH oxidase inhibitor (apocynin), that might be required to effectively eliminate hyperoxaluric manifestations.
The thickness of graphene was roughly calculated based on the attenuation of substrate Raman signal [13].
The measurements of the variation in the concentration of the fine particles were performed by means of a photo-detection technique based on the attenuation of light.
Characterisation on CT is based on specific attenuation of air, fat, water and calcium (Fig. 1).
