137cs dating sediment
ABSTRACT: Purpose of this research was to study the rate at which the semi-enclosed bay such as the Kaštela Bay reacts to the coastal processes of industrialization and urbanization, the extent of the influence of human activities on the bay, and the sediment distribution affected by anthropogenic influence.
210Pb CRS model was also used for understanding of recent sedimentation change.
The sediment accumulation rates for the CRS model ranged from 0.022 to 0.038 g·cm−2·yr−1 with an irregular high value of 0.12 g·cm−2·yr−1 around 1932 at Zigetang Lake core in the past eighty years.
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"Green" Biopolymers for Improved Decontamination of Metals from Surfaces: Sorptive Characterization and Coating Properties..
Annual report to be submitted to DOE Program Managers for posting on web page.
Correlation analyses of the sedimentary radionuclide activities vs.
Office of Water Research and Technology (A-048-ME; A-053-ME), Maine Life Sciences and Agriculture Experiment Station (Hatch-ME08465), and the Center for Field Research (Earthwatch).
Zigetang Lake located in the central Tibetan Plateau was selected for the purpose of understanding of recent sedimentation rates.
Based on 137Cs dating marker, the sediment rate was 0.077 cm·yr−1.
The sedimentation rate was calculated to be 0.071 cm·yr−1 and 0.029 g·cm−2·yr−1 on the basis of 210Pb CIC model.
Advanced Photon Source Activity Report 2002 at Argonne National Laboratory, Argonne, IL, December 2003 - contribution title: "Microdiffraction Study of Epitaxial Growth and Lattice Tilts in Oxide Films on Polycrystalline Metal Substrates"Carbon Dioxide, Hydrographic, and Chemical Data Obtained During the R/V Knorr Cruises in the North Atlantic Ocean on WOCE Sections AR24 (November 2-December 5, 1996) and A24, A20, and A22 (May 30-September 3, 1997)Final Project Report on Arsenic Biogeochemistry in the Clinch River and Watts Bar Reservoir, Volume 2: Quality Assurance/Quality Control Summary Report for Arsenic Biogeochemistry in the Clinch River and Watts Bar Reservoir FY 1999 Cold Demonstration of the Multi-Point Injection (MPI ) Process for Stabilizing Contaminated Sludge in Buried Horizontal Tanks with Limited Access at the Oak Ridge National Laboratory and Savannah River Site Generation IV Roadmap Activity Description of Generation IV Reactor and Fuel Cycle Molten Salt Reactors (MSRs) for Production of Electricity with Fissile, Fertile, and Fission Products Dissolved in a Fluoride Salt Growth of Oxide Seed Layers on Ni and other Metal Substrates: Issues Related to Formation and Control of Surface Sulfur Superstructures for Texture Optimization of Rolling-Assisted Biaxially Textured Substrates Management Self-Assessment Implementation Plan for the Building 4501 Depressurization of Sodium Fluoride Traps Containing Uranium from the Molten Salt Reactor Experiment at Oak Ridge National Laboratory, Oak Ridge, Tennessee Management Self-Assessment Report for the Building 4501 Depressurization of Sodium Fluoride Traps Containing Uranium from the Molten Salt Reactor Experiment at Oak Ridge National Laboratory, Oak Ridge, Tennessee MAPPING FLOW LOCALIZATION PROCESSES IN DEFORMATION OF IRRADIATED REACTOR STRUCTURAL ALLOYS - FINAL REPORT. Pb profiles in certain lakes (most in New England) and pollen dates suggest that bioturbation, physical mixing, changes in sedimentation rate, or acidification may be occurring, but this is insufficient to account for the deviant Cs at prefallout sediment depths is due mostly to net downward molecular diffusion and adsorption, and that surface concentration is due to net upward diffusion and adsorption (and possibly also biological uptake), recycling of sedimentary Cs in this sediment may be a function of release by organic decomposition and scarcity of clay minerals for adsorption.