Sentence examples for chemical component data from inspiring English sources

Further, in studies of smaller regions, additional PM2.5 chemical component data may be available, including concentrations of ammonium sulfate, rather than NH4+ and SO42− separately.

We examined each lag separately because the 1-in-6 day sampling of the chemical component data from the STN prohibited the use of distributed lag models where all lags can be examined simultaneously.

With additional information on source profiles for this region, future research could use PM2.5 chemical component data with approaches such as source factorization to link health risk to specific sources, as has been done in other areas (Bell et al. 2010; Halonen et al. 2009; Ostro et al. 2011).

Although PM-chemical component data are currently unavailable in the WHI, we were able to examine hormone therapy-related susceptibility to the putative effects of PM on VTE risk in the context of a randomized clinical trial of estrogen with or without progestin.

Internal mixing of aerosol particles is highly problematic in constraining the aerosol size distribution of an individual chemical component in relation to the measurement data.

The new annotation system contains four major modules, such as a chemical component module, a sequence module, a validation module and a module for derived data.

Chemical reactions between PC and PVAm were investigated by Fourier transform infrared spectroscopic imaging and principal component data analysis.

Using federal data from the Natural Resource Damage Assessment Process, Valentine and his colleagues mapped out concentrations of hopane, a chemical component of crude oil that does not degrade over time, in sediment cores taken around the well.

Isn't s statin a chemical component.

They have a structural component there as well as a chemical component.

The spectral data matrix X can be assumed to be linearly and additively related to the concentrations of chemical components according to Beer Lambert's law: begin{aligned} X = YA end{aligned} (3)where Y is the matrix of concentrations of the chemical components and A is the matrix of standardised diffraction contributions to each energy channel from each chemical component.