December 6, 2011 Commencement of the Second Survey on the Distribution Condition of Radioactive Substances by MEXT due to the Accident at TEPCO’s Fukushima Dai-ichi NPP From December 6, 2011, MEXT will commence the se

Source URL: radioactivity.nsr.go.jp

• Radioactivity
• Radiobiology
• Chemical elements
• Nuclear chemistry
• Ionizing radiation
• Iodine-131
• Radionuclide
• Iodine
• Strontium
• Chemistry
• Physics
• Nuclear physics

October 20, 2011 Results of the Survey on the Distribution of Radioactive Substances by MEXT (Survey on the Movement of Radioactive Substances in River Water and Well Water) The following are the results of the Survey o

Source URL: radioactivity.nsr.go.jp

• Radioactivity
• Fission products
• Nuclear chemistry
• Radiobiology
• Caesium-137
• Radionuclide
• Strontium-90
• Strontium
• Ionizing radiation
• Nuclear physics
• Chemistry
• Physics

PDF Document

Source URL: rmf.smf.mx

• Oxides
• Condensed matter physics
• Quark matter
• Superconductivity
• Bismuth strontium calcium copper oxide
• Electronic band structure
• Stellar classification
• Crystal structure
• Bi-2
• Chemistry
• Matter
• Physics

Hydrothermal calcite in the Elephant Moraine C. FAURE and K.S. TAYLOR Department of Geology and Mineralogy

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• Chemical elements
• Reducing agents
• Mineralogy
• Petrology
• Calcite
• Strontium
• Oxygen-18
• Mineral
• Carbon
• Chemistry
• Matter
• Carbonate minerals

Strontium 5. Strontium Zusammenfassung Strontium steht in seiner Häufigkeit mit 0,03% an der 18. Stelle der Erdkrustenelemente. Da es dem Calcium sehr ähnlich ist, kann es dieses in Mineralen und Gesteinen ersetzten.

Source URL: www.geo.tu-freiberg.de

Analysis Results Concerning (i) Gamma-emitting Nuclides and (ii) Sr-89 and Sr-90 (Second Distribution Survey) by

Source URL: radioactivity.nsr.go.jp

• Radioactivity
• Nuclear chemistry
• Radiobiology
• Fission products
• Environmental radioactivity
• Strontium-90
• Nuclear fallout
• Strontium
• Radionuclide
• Nuclear physics
• Chemistry
• Physics

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Source URL: radioactivity.nsr.go.jp

• Actinides
• Nuclear chemistry
• Radioactivity
• Chemical elements
• Environmental radioactivity
• Strontium
• Plutonium
• Radionuclide
• Caesium-137
• Chemistry
• Nuclear physics
• Physics

i/v Hero cruisePreliminary results of this work are being prepared (Forsythe and Allen, Also with cruise 79-4, Don Elthon continued petrologic and geochemical sampling of the ophiolitic complexes to further

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• Igneous petrology
• Strontium
• Marie Byrd Land
• West Antarctica
• Geochemistry
• Igneous rock
• Biotite
• Billey Bluff
• Petrology
• Matter
• Chemistry

Objectives of the present study are to date the three rock units using the Rb-Sr (rubidium-strontium) whole-rock isochron method described by Faureand to date mineral separates (biotite, hornblende) using Rb-Sr a

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• Transantarctic Mountains
• Ellsworth Mountains
• Bibliography of Antarctica
• Geography of Antarctica
• Marie Byrd Land
• West Antarctica

rocks reaches deeper than into soils. Temperatures rise highest where rocks rest on fine-grained material (to a maximum of 30°C) (Miotke 1979b). Salt-enriched water in the soil is drawn to zones of maximum evaporation,

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• Chemical elements
• Reducing agents
• Strontium
• Transantarctic Mountains
• Granite
• West Antarctica
• Granodiorite
• Rubidium
• Chemistry
• Igneous petrology
• Petrology