Sentence examples for determination of hazardous from inspiring English sources

The differential pulse anodic stripping voltammetric technique was employed to investigate the performance of the prepared IIP-CILE for determination of hazardous mercury ions.

The differential pulse anodic stripping voltammetric technique was employed to investigate the performance of the GC IIP MWCNTs modified electrode for determination of hazardous mercury ions.

The differential pulse anodic stripping voltammetric technique was employed to investigate the performance of the prepared IIP-CPE for determination of hazardous lead ions.

A novel magnetic adsorbent was designed and synthesized for adsorption and determination of hazardous aromatic acids (AAs) based on the zeolite imidazolate frameworks of Eu (ZIF-Eu), Fe3O4 and carboxyl multi-walled carbon nanotubes (MWCNTs-COOH).

A rapid and simple fluorescence method is presented for selective and sensitive determination of hazardous cyanide ion in aqueous solution based on functionalized zinc sulfide (ZnS) quantum dot (QD) as luminescent prob.

Metal concentrations including As, Se, and Hg in LSD ash and in the leachate did not surpass limits for land application (EPA 503 Rule) or limits for the determination of hazardous waste as specified in the Resource Conservative and Recovery Act (RCRA).

High-resolution continuum source flame atomic absorption spectrometry can be successfully used for the rapid, multielemental determination of hazardous/priority hazardous metals in soil with similar analytical performances to those in inductively coupled plasma optical emission spectrometry.

The main contribution of the paper was broadening the applicability of HR-CS FAAS for the determination of hazardous/priority hazardous metals in soil, very attractive by its fast, multielemental capability and easy to handle with respect to optimization and overcoming spectral interferences.

In these circumstances it is obvious that the new instrumental concept based on HR-CS FAAS recently commercially available can be successfully used for the determination of hazardous/priority hazardous metals in soil with performances similar to those reported in ICP-OES.

His research field includes the development of analytical methods by optical emission spectrometry in inductively or capacitively coupled plasma sources for the determination of priority hazardous elements in environmental samples and materials.

The cytotoxic nature of the compound restricts one's ability to safely sample such drying processes for more traditional means of moisture determination for fear of hazardous solids dusting, hence in situ sampling approaches are of great importance.