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Room-Temperature Mechanical Characteristics of Some of the More Common Polymers

Room-Temperature Poisson s Ratio Values for Various Engineering Materials

Room-Temperature Properties of Lead-Graphite Composites

Room-temperature rate constants in units of cm3 mol s-1, measured for nucleophilic displacement reactions between hydrated hydroxide ions and methyl bromide for various degrees of hydration

Room-Temperature Solvent Parameters and Solvation Coupling Constants

Room-Temperature Specific Heat Values for Various Engineering Materials

Room-Temperature Structural and Electrical

Room-temperature tensile properties for FeAl tested in air

Room-temperature tensile properties of NiAl with and without additions of trace elements

Room-Temperature Thermal Conductivity Values for Various Engineering Materials

Room-temperature variation in ESR signal width of PTH

Room-Temperature Yield Strength and Plane Strain Fracture Toughness Data for Selected Engineering Materials

Room-temperature-cured epoxy films on glass

Root causes and contributory factors to the Texas City accident

Root colonization

Root concentration factor for anthracene and pyrene during hydrocarbon

Root damage ratings and concentration of carbofuran in two soils

Root Diy Weights, Means from 25 X 25 X10 cm Deep Soil Volumes Sampled on Transects Radiating out From 3 S. Excelsum Trees. Sample Size 9 at Each Distance

Root Exudate and Extract Quantitation Lespedeza sericea

Root Exudates Detected in Higher Plants

Root mean square area roughness of PAA grafts on Au Si measured over a 5 x 5 jjim

Root mean square Brownian displacement and distance fallen in one second by unit density aerosol particles

Root mean square Brownian displacement and distance fallen in one second by unit density particles

Root mean square deviation from a reference BLYP potential energy landscape of 25 configurations of 64 H2O for a variety of methods

Root mean square deviation of the backbone of the aligned models of the h AR. The main difference among the models is due to the loops, which represent the most variable region of the templates and consequently of the models. Particular attention has to be given to EL2 because it is part of the binding pocket and it can directly interact with ligands



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