APPLICATION NOTES for RA-915+ Mercury Analyzer and for RA-915+ Mercury Analyzer with new pyrolyzer PYRO-915 |
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| Demercurization monitoring | |
| Search and localization of indoor and outdoor mercury contamination in continuous air analysis mode, including those performed from moving vehicles | |
| Monitoring of a demercurization process involving any chemical reagents | |
| Quality assurance of the demercurization | |
| Mercury assaying in construction materials and surface wash-outs | |
| Handling the toxicology and occupational safety problems | |
| Screening examination of population | |
| Determination | |
| Mercury values in urine | |
| Direct AA mercury determination in biological materials | |
| Finding out risk groups | |
| Instrumental monitoring of a mercury intoxication treatment and of the following rehabilitation | |
| Rapid-analysis of complex objects | |
| Direct AA mercury determination in foodstuff | |
| Raw materials and industrial products | |
| Ecological and geochemical samples, biological objects, foodstuffs, cosmetics, and medical preparations | |
| Determination of mercury in soil, bottom sediments and geological materials | |
| Combustible deposits (hydrocarbon gases, natural gas condensate, oil, coal, peat, and shale oil) | |
| Geological and geochemical survey | |
| Study of mercury cycles of natural and technological origin | |
| Prospecting of mineral deposits | |
| Direct AA mercury determination in natural gas | |
| Direct AA mercury determination in oil and oil products | |
| Mercury assaying in natural gases, water, rocks and ores | |
| Ecological survey | |
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Direct AA mercury determination in air |
| Various ecological surveys of mercury haloes of technological origin and detection of emission sources | |