consiLetter 7: Thermal hazards: identify, assess, control… part III
The consilLetter focuses on the adiabatic VSP reaction calorimeter, which is used to investigate deviations from normal operation …
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consiletter
consiLetter 6: Thermal hazards: identify, assess, control… part II
The consilLetter looks at further investigations into minute quantities – the adiabatic pressure-heat accumulation test …
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consiLetter 5: Thermal hazards: identify, assess, control… part I
The consilLetter focuses on the screening of very small quantities to better identify and assess thermal hazards …
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consiLetter 4: Identifying very low vapor pressure (e. g. of solids)
The consiLetter discusses the determination of vapor pressures using the effusion method …
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consiLetter 3: Designing Safety Valves for the fire case?
The consiletter addresses the question of whether safety valves should also be designed to handle underfiring …
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consiLetter 2: Determining the Self-Ignition Temperature of Dust Deposits
The consiLetter shows how the autoignition temperatures of solids can be determined reliably and with minimal material usage through adiabatic heat storage … …
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consiLetter 1: Safeguarding of a supply line for pressurized air
The consiLetter explains how compressed gas lines for laboratory equipment can be reliably protected against overpressure using properly sized safety valves … …
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