Sentence examples for latter emission from inspiring English sources

The latter emission has been ascribed to the sublimation of pyroxene dust grains, whose end products neutralize coronal protons via charge exchange processes.

The latter emission is not very prominent here.

The latter emission has increased its concentration in the atmosphere and thus N2O radiative forcing is now considered to be 0.17 W m−2, about 10% of CO2 radiative forcing (IPCC [2013]).

Photoluminescence (PL) spectra of the grown ZnO structures were composed of the UV emission (378 386 nm) and the visible emission (517 550 nm), and the intensity ratio of the former emission (I UV) to the latter emission (I VIS) changed, depending on the temperature.

Due to the work function of the respective substrate surface amounting to approximately 5 eV, the latter emission maximum essentially contributes to the photoelectrons emitted by the sample surface, and emitted electrons will exhibit kinetic energies of less than approximately 2 eV.

Photoluminescence (PL) spectra of the hydrothermal layers were composed of the ultraviolet (UV) emission (370 to 380 nm) and the visible emission (481 to 491 nm), and the intensity ratio of the former emission (I UV) to the latter emission (I VIS) changed, depending on both the molarity of the solution and temperature.

This year's talks are also overshadowed by rows over finance flows from rich to poor nations, to help the latter cut emissions and cope with the effects of global warming.

The latter are: Engineering Emission Reduction (EER), Structure Emission Reduction (SrER) and Supervision Emission Reduction (SuER).

Examples of the latter are positron emission tomography [ 5], magnetic resonance [ 6] and optical imaging systems [ 7].

This step was necessary for consistency in the analysis because we used the latter to develop emission factors for aboveground and belowground carbon in addition to values for foregone sequestration.

Analyzing the uncertainties for the different steps in calculating GWP100, we see that for the liquid fuels, characterization uncertainty had higher contribution to uncertainty than the impact assessment part because CO2 emissions have lower uncertainty than CH4 emissions, the latter being more relevant for comparing gas fuels (Table 6).