Sentence examples for uv channel from inspiring English sources

A NLOS UV channel involves rich scattering and absorption because of abundant suspended particulates in the atmosphere.

In this paper, following the same physical scattering law as the Monte Carlo statistical method [2, 21], we develop a stochastic analytical NLOS UV channel path loss model.

Further study will be conducted to develop an analytical NLOS UV channel impulse response model from which our path loss model can be further validated and channel bandwidth can be predicted.

The stochastic path loss model based on a general NLOS UV channel configuration is developed in Section 2. It consists of modeling photon direction, distance traveled, probability of arrival at the receiver after scattering times, and total path loss.

Specific radioactivity was determined by quantification of the non-radioactive product (HPLC UV channel at 280 nm) and inclusion of the overall radiochemical yield (GBq at end of synthesis).

Since NLOS UV channel characteristics are crucial to communication system design, in this section, we apply the proposed multiple scattering model to further study the effects of different system parameters on the channel path loss, including link geometries and two typical atmosphere conditions.

Data products from TOMS include the aerosol index (AI), calculated from the difference in surface reflectivities derived from two UV channels [ 183].

Its far-UV channel is 30 times more sensitive than previous instruments and the near-UV is twice as sensitive.

Molar activity was calculated by determining the mass of erlotinib in the final product solution (UV-channel).

Fig. 4 Typical chromatogram of the purified and formulated [11C]erlotinib using the optimized analytical HPLC (top: UV-channel; bottom: radioactivity-channel).

Fig. 2 Radiosynthesis of [11C]erlotinib Fig. 3 Semi-preparative chromatogram of the reaction solution of [11C]erlotinib (top: UV-channel; bottom: radioactivity-channel) for method 1 (a) and method 2 (b).