Pesticide Science · 1995 · 28 citations · 6 references
EngineeringAgricultural EconomicsExperimental ThermodynamicsChemistryEvaporation Rate MethodEvaporation RateChemical EngineeringImproved Thermogravimetric DeterminationFluid PropertiesDerivative ThermogravimetryMolecular ThermodynamicsStable SubstancesSustainable AgricultureThermophysicsThermodynamicsPublic HealthThermoanalytical MethodCrop ProductionVapour PressureCrop DamageHeat TransferFood SafetyEnvironmental EngineeringCrop ProtectionCrop ScienceThermal Engineering
Abstract The vapour pressure of thermally stable substances can be determined easily at ambient pressure using the evaporation rate method. It is possible to measure the evaporation by thermogravimetry in the temperature range from 30°C to 800°C. Vapour pressures as low as 10 −10 Pa (10 −12 mbar) can be determined with excellent reproducibility.
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