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Page 6
... hot gas temperature measurement must be available up to temperatures of 1800 ° C . Continuous Chemical Sensors for Gases and Liquids This is another area of immediate need and a list of identified sensor needs is given in table 1.
... hot gas temperature measurement must be available up to temperatures of 1800 ° C . Continuous Chemical Sensors for Gases and Liquids This is another area of immediate need and a list of identified sensor needs is given in table 1.
Page 7
Such portions were : heat , fluid flow , droplet size distribution in the foaming emulsion , bubble surface area , jet penetration and solids behavior . 2A number of ideas , documented in table 2 , were discussed .
Such portions were : heat , fluid flow , droplet size distribution in the foaming emulsion , bubble surface area , jet penetration and solids behavior . 2A number of ideas , documented in table 2 , were discussed .
Page 9
... although the sessions had focused on in - bath smelting the outcome could have more widespread applicability . Prepared by : Alan W. Cramb Jan Kor 3 See table 3 . Table 1. Necessary Chemical Sensors Carbon Content of Liquid Metal 9.
... although the sessions had focused on in - bath smelting the outcome could have more widespread applicability . Prepared by : Alan W. Cramb Jan Kor 3 See table 3 . Table 1. Necessary Chemical Sensors Carbon Content of Liquid Metal 9.
Page 10
Table 1. Necessary Chemical Sensors Carbon Content of Liquid Metal Oxygen Activity of Liquid Metal Sulfur Content of Liquid Metal Carbon Monoxide Content of Gas Carbon Dioxide Content of Gas Water Content of Gas Hydrogen Content of Gas ...
Table 1. Necessary Chemical Sensors Carbon Content of Liquid Metal Oxygen Activity of Liquid Metal Sulfur Content of Liquid Metal Carbon Monoxide Content of Gas Carbon Dioxide Content of Gas Water Content of Gas Hydrogen Content of Gas ...
Page 11
Table 2. Potential Physical Sensor Techniques Vibration Ultrasonics Static Pressure Acceleration Refractory Life Table 3. Sensor Needs for Copper Industry Bath Level Measurement 11.
Table 2. Potential Physical Sensor Techniques Vibration Ultrasonics Static Pressure Acceleration Refractory Life Table 3. Sensor Needs for Copper Industry Bath Level Measurement 11.
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aluminum application Armco August Bethlehem Steel Building carbon Center Chairman Chemical Clark COFFEE Employees Lounge Content continuous copper Cramb Data define Department Department of Energy determined Direct discussion Division Drive Engineering expert Federal final finishing and coating future Gaithersburg Government identified implementation industry Inland Steel Inland Steel Company Institute of Standards integration Intelligent Processing Issues knowledge Laboratory Liquid Metal LTV Steel Manager materials Materials Science McGill University Measurement Metal Production metals industries National Institute Near-Net Shape Casting needs NIST NUMBER on-line operating ORGANIZATION participants physical presentations primary metals priority problem process control process modeling programs properties provides Public range recommendations Research Room Schwartz sensor Session 1 Dr specific Standards and Technology Steel Corporation Street strip Summary Surface Sussman Table technical techniques temperature transfer understanding University Watanapongse Workshop
Bibliographic information
| Title | NIST Special Publication ASTM special technical publication NIST Special Publication, National Institute of Standards and Technology (U.S.) Proceedings of SPIE--the International Society for Optical Engineering |
| Contributor | National Institute of Standards and Technology (U.S.) |
| Publisher | The Institute, 1989 |
| Original from | the University of Michigan |
| Digitized | 21 Nov 2007 |
| Export Citation | BiBTeX EndNote RefMan |