Order number 940330-160606-96
-001-001
page 31
set 11 with 111 of 111 items
KEYWORDS
cesium-137 from the soil, presenting an unagceptable
risk to the future population. The behavior};of Cs-137
has proved to be an intractable problem that has major
implications for the risks associated with transporting
and processing high-level nuclear wastes in the U.S.
Various proposed soil treatment strategies for Bikini
are discussed, including ion-exchange treatments and
competing-ion strategies. No fully satisfactory
treatment currently exists and the problems and
prospects of cleaning up after a major nuclear waste
spill are presented.
SOILS/decontamination ;CESIUM 137/removal ;
BIKINI/radiation hazards ;SOILS;DECONTAMINATION; REMOVAL;
RADIOECOLOGICAL CONCENTRATION; RADIONUCLIDE MIGRATION;
BIKINI
EDB Item
42
ANALYTIC TITLE ENGLISH Agronomic behavior of phosphoric rock from Bahia
Inglesa using isotopic techniques. 2. Greenhouse
experiment in three volcanic ash soils
ANALYTIC AUTHOR/AFFIL Pino N, I.; Casas G, L. [Comision Chilena de Energia
PAGE RANGE
PUB. DATE (YYMMDD)
LIMITATION CODE
ABSTRACT
Nuclear,
37-40
890400
UNL
Santiago
(Chile) ]
With the aim to evaluate the behaviour of phosphoric
rock in regard to the sorption capacity from three
volcanic ash soils, a greenhouse trial was carried out.
The isotopic dilution method with triple superphosphate
labeled P32
(TSP-32)
was used.
concentrated or not.
(author).
Total dry matter,
P total
was determined by colorimetry and the liquid
scintillation method for P32 was used. The evaluation of
the rock was measured through different isotopical
parameters such as A value and P derived from the rock.
The behaviour of this material was affected by the
different properties of the soils mainly on account of
the diverse sorption capacity of them giving an inverse
relation among sorption and effectiveness of the rock.
The results showed a higher efficiency of TSP for the
three soils compared with the phosphoric rock either
KEYWORDS
PHOSPHORUS 32/labelled compounds
;PHOSPHORUS
32/radionuclide migration ;PHOSPHORUS 32/soils ;
SOILS/greenhouse project ;SOILS/isotope dilution ;
SOILS/superphosphates ;ABSORPTION SPECTROSCOPY;
ADSORPTION; CHILE; IGNEOUS ROCKS; LIQUID SCINTILLATION
DETECTORS ; SOILS; SUPERPHOSPHATES
90034b9