Sentence examples for start of emission from inspiring English sources

Ideally, the phantom is to be filled with the amount of radioactivity that would exist in the brain at the start of the human PET scan, which is a function of injection activity, accumulation time (period between injection and start of emission scan, also called uptake time), and % brain uptake, and depends on the PET drug and protocol as well as on the pathological status of the subject.

Again, it is assumed that there is no patient motion during the first x frames, nor between transmission scan and start of emission scan.

Good news over the last year from China, with steps to reduce pollution and the start of emissions trading.

At the start of the emission scan, a single bolus of [18F]FDOPA was administered via the tail vein at a dose of 108 to 151 MBq/kg, representing a calculated chemical amount of [18F]FDOPA of 0.74 to 5.57 μmol/animal.

The images were corrected for scatter and randoms, frame duration and decay to the start of each emission scan.

Shortly after the start of the emission scan, [C]- R PK11195 was injected intravenously as a slow bolus over approximately 15 s.

Gene expression profiling of corollas collected at 12 pm (six hours before the start of BA emission) revealed that 274 genes changed expression levels significantly in ir- hd20 plants compared to WT.

Genome-wide gene expression analysis performed with corolla tissue harvested at 12 pm (6 h before the start of BA emission) did not detect genes involved in ABA biosynthesis as differentially expressed.

RNA was isolated from corollas of WT and ir- hd20 plants at 12 pm (6 h before the start of BA emission) and used for microarray hybridization (see Materials and Methods for a detailed description of the method and data analysis).

Figure  6 shows the results of the sensitivity analysis of the number of cases in group 1 as a function of the starting week of emissions (assuming emission profile conYear and a threshold wind velocity of 2 m/s).

Thirty-minute plot of polarization parameters (a-c) and power spectral density (d) showing the start of a chorus emission at 3.3 kHz with some QP elements, observed at Athabasca on 23 February 2012 from 16:20 to 17:10 UT.