A Proposal for a New Deviation Function in the IPTS-68 below 273 K
Author:
Publisher
IOP Publishing
Subject
General Engineering
Link
http://stacks.iop.org/0026-1394/11/i=3/a=004/pdf
Reference8 articles.
1. A Proposed Reformulation of the IPTS-68 Reference Function
2. Practical Temperature Scales Between 11 K and 273 K
3. Investigation of the Resistance-Temperature Properties of Platinum for Resistance Thermometry over the Range from 14 K to 90 K
4. Investigation of the Resistance-Temperature Properties of Platinum for Resistance Thermometry over the Range from 90 K to 273 K
5. On the definition of an international practical temperature scale. The interpolation of differences in the resistance ratios of platinum thermometers between 91 K and 14 K
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1. An evolutionary approach to updating the international temperature scale;AIP Conference Proceedings;2013
2. The triple point of xenon;Metrologia;2005-06-24
3. The Use of the Gallium Triple Point in Platinum Resistance Thermometer Interpolation below 273.15 K;Metrologia;1987-01-01
4. Intercomparison of 12 Standard Platinum Resistance Thermometers between 13.8 K and 273.15 K;Metrologia;1985-01-01
5. The Triple Point of Xenon as a Possible Defining Point on an International Temperature Scale;Metrologia;1985-01-01
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