Keyword [trace element]
Result: 161 - 180 | Page: 9 of 10 |
| 161. | Analysis Of Chelate Of Glycine Trace Element Mixing Sulfate Based On Middle Infrared Spectroscopy |
| 162. | Study On The Preparation Of Ternesite-calcium Sulfosilicate Cement |
| 163. | Study On The Occurrence Form Of Trace Elements In High Sulfur Coal |
| 164. | I) Trace element and strontium isotopic geochemistry of accessory mineral phases and the origin of epizonal silicic intrusive igneous rocks. II) Electrochemistry of lead-doped molten silicate glasses and the development of new ion sources for thermal ioni |
| 165. | Trace element mobility during acid aqueous alteration of martian basalt |
| 166. | Trace element analysis and speciation of selenium, arsenic and gold in biological materials |
| 167. | Environmental and growth rate effects on trace element incorporation to calcite and aragonite: An experimental study |
| 168. | Determining trace element and PCB concentrations in surface sediments from the Savannah River and Little Back River in Savannah, GA, USA |
| 169. | Application of stable isotopes and geochemical analysis to characterize sulfate, nitrate, and trace element contamination of groundwater and its remediation at a former uranium mining site |
| 170. | Elemental impurities, defects and carbon isotopes in mantle diamond |
| 171. | Analyzing geological materials under Martian conditions using laser-induced breakdown spectroscopy: Plasma fundamentals, sample classification, and trace element quantification |
| 172. | Assessment of trace element contamination in streambed sediment and spatial associations in Palolo Valley Watershed, Honolulu, O'Ahu, Hawai'i |
| 173. | Trace Element Cycling during Iron(II)-activated Recrystallization of Iron(III) Oxide Minerals |
| 174. | Trace element analysis of environmental and clinical materials using novel instrumentation based on x-ray fluorescence spectrometry: New capabilities for public health laboratories |
| 175. | Using trace elements as an indicator of materials eroded from surface soils |
| 176. | Trace element cycling in Great Salt Lake wetlands, Wasatch snowpack, and mining-impacted streams of southern Ecuador |
| 177. | Trace element abundances in single presolar silicon carbide grains by synchrotron X-ray fluorescence |
| 178. | Modeling trace element uptake by plants grown in contaminated soils |
| 179. | Trace element solubility in soils following cement or calcium hydroxide treatment |
| 180. | Microheterogeneity study of trace elements in reference materials |
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