Quick review of word parts, plurals, and symbols. Med Terminology arranged by word parts to English and English to word parts. Common abbreviations. Conversion (time, temperature, systems of measurement. Normal values for vitals. Communication tips. Dosage calc (formula, ratio/proportion, and dimensional analysis. Six rights of medicine administration. 4-color insert with body system art.

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Toxicological profile for malathion

Factors affecting interaction of radioiodide and iodate species with soil

Migration of 137Cs through quartz sand: experimental results and modeling approaches

Sorption of '\"Cs, \"'Sr, '̂ 'Mn and \"'Co to rocks (metamorphosed chert and shale, and granodiorite) and minerals (hematite, magnetite and calcite) was investigated in 0.001 N, O.Ol N and 0.1 N solutions of Na2S04, NaCl, NajCO., and NaHCO,. The effects of pH and co-existing anions on the sorption of these radionuclides are discussed in terms of surface complex formation. Increase in the sorption of Cs in the presence of SOJ\" ions is explained by preferential formation of a temary complex, such as =M-S04-CS. Sorption of Sr increases as the pH increase.s irrespective of background-anion type at the same electrolyte normahty. On the whole, the sorptions of both Co and Mn increase as the pH increases, but sorption in a highly basic NazCO., Solution sometimes is less than that in a Solution of lower pH. Hydrolysis is considered to have occurred in the NajCOj Solution, thereby generating weakly sorbed species of Mn and Co.

Radionuclide sorption to rocks and minerals: effects of ph and inorganic anions. part 1. sorption of cesium, cobalt, strontium and manganese

We investigated the effects of water saturation and formation of secondary precipitates on transport of Sr and Cs through sand columns under unsaturated water flow A series of column experiments was run at effective water saturations ranging from 02 to 10 under steady-state flow using columns filled with quartz sand The solution phase was either 01 M NaNO3 or a simulated tank waste leachate (STWL), mimicking the leaks of tank wastes at the Hanford Site, Washington, USA In STWL, the mobility of Sr was significantly reduced as the water saturation decreased, because Sr was incorporated into or sorbed to neo-formed secondary precipitates In contrast, the transport of Cs in STWL was similar to that of a nonreactive tracer In 01 M NaNO3, Sr moved like a conservative tracer, showing no retardation, whereas Cs was retarded relative to Sr The flow regime for the 01 M NaNO3 columns under all water saturations could be described with the equilibrium convection-dispersion equation (CDE) However, for STWL, the Sr and Cs breakthrough curves indicated the presence of non-equilibria under unsaturated flow conditions Such non-equilibrium conditions, caused by physical and chemical processes can reduce the mobility of radionuclides at the Hanford vadose zone

Transport of strontium and cesium in simulated hanford tank waste leachate through quartz sand under saturated and unsaturated flow.

A mathematical model is evaluated to describe cesium reaction and transport in a soil. The implicit finite difference method using quasilinearization technique is applied to solve the parabolic partial differential equation. This equation is a combination of the dispersion, convective transp

Evaluation of a combined sorption model for describing cesium transport in a soil.

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Evaluation of a combined sorption model for describing cesium transport in a soil.