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LXVII. Cerium magnesium nitrate II: Determination of the entropy-absolute temperature relation below<i>1°k</i>
94
Citations
3
References
1953
Year
Magnetic PropertiesEngineeringCerium Magnesium NitrateMagnetic ResonanceExperimental ThermodynamicsChemistryMagnetic MaterialsMagnetismThermodynamicsEnvironmental MagnetismBiophysicsThermoanalytical MethodMaterials SciencePhysicsEntropy-absolute Temperature RelationCalorimetric MethodAbsolute TemperatureMagnetic MaterialFerromagnetismMagnetic TemperatureEntropyNatural SciencesEntropy ProductionCondensed Matter PhysicsMagnetic Property
Abstract The entropy of cerium magnesium nitrate as a function of absolute temperature and the relation between the magnetic temperature and absolute temperature below 1°k have been determined by adiabatic demagnetization experiments. The absolute temperature is almost constant and equal to 3·08 millidegrees for S/R<0·45. Above 6 milli-degrees T=T*. The results for lower temperatures are given in the form of a table.
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