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Mass loss rate in collodion is greatly reduced at liquid helium temperature
20
Citations
19
References
1987
Year
EngineeringMicroscopyChemistryMass ThicknessLiquid Helium TemperatureElectron MicroscopyAnalytical InstrumentationTransport PhenomenaThermodynamicsInstrumentationMaterials SciencePhysicsMicroanalysisRoom TemperatureNatural SciencesCryogenicsApplied PhysicsMass SpectrometryMaterials CharacterizationSurface ScienceElectron MicroscopeMass TransferMass Loss RateThin Films
SUMMARY The mass thickness of collodion films has been monitored at several temperatures, under conditions typical of electron microscopy, through the use of an electron energy loss spectrometer. Compared to room temperature, only a five‐fold reduction in the rate of mass loss was observed through the use of a commercial liquid nitrogen cooled stage; in contrast, the rate of mass loss was reduced more than one hundred fold when these films were held at liquid helium temperature.
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