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==Operation & Procedure== | ==Operation & Procedure== | ||
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{{clear}} | {{clear}} | ||
[[Image:N2_gas_supply.jpg|thumb|right|Example gas to use(N2)]] | [[Image:N2_gas_supply.jpg|thumb|right|Example gas to use(N2)]] | ||
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{{clear}} | {{clear}} | ||
[[Image:Regulator.jpg|thumb|right|Primary regulator used on gas supply]] | [[Image:Regulator.jpg|thumb|right|Primary regulator used on gas supply]] | ||
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{{clear}} | {{clear}} | ||
[[Image:Thermolyne_Interface.jpg|thumb|right|Furnace interface for programming]] | [[Image:Thermolyne_Interface.jpg|thumb|right|Furnace interface for programming]] | ||
==Shutdown== | ==Shutdown== | ||
Revision as of 18:37, 6 June 2017
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Introduction
Provide a background on the method - link to wikipedia or elsewhere.
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Temperature Tube Furnace
Safety
- Safety training for both use of gas cylinders and the labs must be completed.
- Safety glasses and long pants must be worn at all times.
- Fume hoods must be on during all operation when gasses are used.
- Tubes are made out of ceramic material, alumina in his case, and are affected by thermal shock. Therefore, heating rates no more than 10C are allowed.
- Furnaces are hot during operation, thus only remove samples after they have returned to room temperature.
Equipment or Bill of Materials
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List of necessary components to set up the assembly
Calibration & Tolerances
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Operation & Procedure
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