Sentence examples for emission monitoring at from inspiring English sources

The Network for Observation of Volcanic and Atmospheric Change (NOVAC) is a system of automatic gas emission monitoring at active volcanoes using a worldwide array of permanently-installed differential optical absorption spectroscopy (DOAS) scanners which measure volcanic gas emissions by UV absorption spectroscopy (Galle et al. 2010).

After the final wash, cells were returned to HBSS and observed under epifluorescence conditions in a Leica DMIRB inverted microscope with a Xenon-based Lambda LS light source, with emission monitored at 510 nm in the presence of excitation at 380 nm.

Samples were excited at 350 nm and emission monitored at 440 nm.

Purified sensor protein was added to a dilution series of ligand in 20 mM 3- N-morpholino propanesulfonic acid pH 7.0 in the range of 10-4 to 10-9 M and analyzed in a monochromator microplate reader (Safire, Tecan, Austria; eCFP excitation at 43- N-morpholino propanesulfonicP emission monitored at 485 nm with 12 nm bandwidth and Venus emission monitored at 53- N-morpholino propanesulfonic

He urged the city to also press for 24-7 emonitoringonitoring at all sites and to make sure the planning department plays its role.

For retinol titrations, samples were excited at 348 nm and emissions monitored at 460 nm.

The nitrogen was introduced during deposition by using a plasma emission monitoring (PEM) control system at different degrees of target poisoning rates.

For kinetic measurements, emission was monitored at 482 nm; steady-state emission spectra were collected between 460 and 550 nm.

The emission spectra monitored at two different excitation wavelengths 240 and 349 nm (Fig. 5b) for the SrF2 3Dy@CaF2 (1:2) nanoparticles shows the characteristic emission peaks of Dy3+ ion at 475 and 570; 612 nm originating from 4F9/2 → 6H15/2 (blue) and 4F9/2 → 6H13/2 (yellow-orange), as we know that the yellow part of Dy3+ ion is in the range extended from 560 610 nm [22].

Fluorescent emission was monitored at 510 nm.

The solutions were excited at 280 nm and emission was monitored at 350 nm.