The central objective of
this lecture in a deeper understanding of mantle interaction. Topics include:
history of ocean basins, formation of MORBs and OIB's, mantle geochemistry,
mantle heterogeneity; slab recycling, mantle models.
This book
brings together the knowledge from a variety of topics within the field of
geochemistry. The audience for this book consists of a multitude of scientists
such as physicists, geologists, technologists, petroleum engineers,
volcanologists, geochemists and government agencies. The topics represented
facilitate as establishing a starting point for new ideas and further
contributions.
This note describes the following topics:
Physics of the Nucleus and Radioactive Decay, Nucleosynthesis, Geochronology,
Radiogenic Isotope Geochemistry, Cosmogenic Isotopes in Geochronology, Fission
Track Dating, Isotope Cosmochemistry, Stable Isotope Geochemistry.
This book brings together the knowledge from a variety of topics
within the field of geochemistry. The audience for this book consists of a
multitude of scientists such as physicists, geologists, technologists, petroleum
engineers, volcanologists, geochemists and government agencies. The topics
represented facilitate as establishing a starting point for new ideas and
further contributions. Major topics covered includes: Geochemical and
Sedimentation History of Neogene Lacustrine Sediments, Arsenic Geochemistry in
Groundwater System, Geochemistry of Hydrothermal Alteration in Volcanic Rocks,
Behaviors of Mantle Fluid During Mineralizing Processes and Potential and
Geochemical Characteristics of Geothermal Resources in Eastern Macedonia.
This course note introduces students to the basic concepts of
Medical Geology/Geochemistry. Medical Geology or Geochemistry is the study of the
interaction between abundances of elements and isotopes and the health of humans
and plants. Topics covered includes: Classification of Elements, Elemental Link
Between Geosphere and Biosphere, Essential and Non-essential Elements with
Reference to Human Health, Selection of Elements for Report and
Presentation,NORM (Naturally Occurring Radioactive Material), TENORM, MIT-EAPS
Neutron Activation Analysis Laboratory - Hands on Experience and Dust Storms.
This lecture note explains the use Trace Element Geochemistry to
understand the origin and evolution of igneous rocks. The approach is to discuss
the parameters that control partitioning of trace elements between phases and to
develop models for the partitioning of trace elements between phases in igneous
systems, especially between minerals and melt. Beginnings of geochemistry,
Thermodynamic consideration of TE solid solutions, Partition coefficient, Ionic
model for bonding, Nomenclature for trace element classification, Determination
of partition coefficients, Trace element abundance variations in simple
melt-solid systems, Fractional crystallization, Fractional melting, Complex
melting models, Constraints on melt models arising from disequilibrium in the Th-U
decay system, Ion exchange chromatography.