Sentence examples for emission quantification from inspiring English sources

Ventilation rate is equally important as pollutant concentration in aerial emission quantification, but is technically challenging to determine for animal buildings.

In additional to the overall major factors identified, the mobile monitoring system and carbon emission quantification method proposed in this study are of rather guiding significance for the further urban low-carbon transportation development.

The subsequent photon emission quantification indicated a significant reduction (P<0.05) of the tumour growth at day 10 after the cell injection.

Whole site methane emission quantifications based on combined tracer release and downwind measurements in combination with several local experimental activities (gas composition within biocover layers, flux chamber based emission measurements and logging of compost temperatures) proved that the biocover system had an average mitigation efficiency of approximately 80%.

Thus, exploring the capabilities and limitations of existing CO2 monitoring networks in examining the FFCO2 signal is critical to identify viable pathways toward the goal of FFCO2 emissions quantification and monitoring.

Earlier we referred to the principle of conservativeness for GHG emission reduction quantification to justify our choice for the set of strict CLASlite v3.0 parameters that usually result in the lowest deforestation values.

The METS can provide a "grandfather allocation", which are granted by the regulator to the polluter in a limited quota while allowing the regulator a control tool mechanism of the desired level of emissions by quantification means rather than the fixed price of emission permits.

Assay endpoint detection methods were classified as Fluorescence emission, Luminescence, RNA quantification and Absorbance.

The improvement on spectral emission standardisation and quantification methods in this study [74] enabled the direct comparison of FP type and concentration in seven Caribbean coral species, highlighting inter-specific differences.

The proposed model can facilitate a critical thinking approach about the evaluations of global energy and emissions, and support the quantification of energy consumption and associated emissions for building precinct systems.

In single-photon emission computed tomography (SPECT), quantification of radiotracer distribution has recently become an increasingly important component of many clinical studies [1, 2].