Первые результаты комплексных изотопно-гидрогеохимических исследований Новобибеевского проявления радоновых вод

Технические дисциплины и материаловедение

• Radon 100%
• Isotopes 96%
• Chemical analysis 51%
• Surface waters 27%
• Rocks 25%
• Silicon 23%
• Carbon 22%
• Biotite 19%
• Rivers 19%
• Inductively coupled plasma mass spectrometry 18%
• Hydrogeology 17%
• Ion chromatography 16%
• Olivine 16%
• Chemical elements 14%
• Mineralogy 14%
• Earth sciences 14%
• Mass spectrometers 13%
• Geology 12%
• Granite 12%
• Research laboratories 10%
• Carbon dioxide 9%
• Soils 7%
• Electrodes 7%

Химические соединения

• Surface Water 55%
• Isotope 45%
• Environment 44%
• Carbon Atom 36%
• pH Value 33%
• Stable Isotope 28%
• Ion Chromatography 28%
• Inductively Coupled Plasma 26%
• Soil 22%
• Sample Preparation 22%
• Carbon Dioxide 20%
• Chemical Element 20%
• Mass Spectrometry 17%
• Behavior as Electrode 13%

Науки об окружающей среде

• radon 81%
• isotope 58%
• water 23%
• dissolved inorganic carbon 15%
• silicon 11%
• granitoid 8%
• chemical composition 6%
• mineralization 6%
• rock 6%
• hydrogeochemistry 5%
• surface water 5%
• ion chromatography 5%
• sample preparation 5%
• chemical element 5%
• hydrogeology 5%
• diabase 4%
• laboratory research 4%
• Earth science 4%
• laboratory 4%
• porphyry 4%
• parameter 4%
• soil carbon 4%
• sedimentary basin 4%
• biotite 4%
• river water 3%
• olivine 3%
• school 3%
• mineralogy 3%
• electrode 3%
• stable isotope 3%
• mass spectrometry 3%
• spectrometer 3%
• granite 3%
• carbon dioxide 3%
• geology 3%
• plasma 3%
• disturbance 3%
• engineering 2%
• river 2%
• distribution 1%
• method 0%