Solid-liquid phase equilibria of the potassium-rubidium and rubidium-cesium alloy systems
Thermal methods of high precision were used to determine the solid-liquid phase equilibria diagrams for the potassium-rubidium and the rubidium-cesium systems. Both form minima in the liquidus curves occurring at 307.00° K with 0.667 mole fraction rubidium in the potassium-rubidium system and 282.85...
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1971
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ndltd-BGMYU2-oai-scholarsarchive.byu.edu-etd-91992020-07-15T07:09:31Z Solid-liquid phase equilibria of the potassium-rubidium and rubidium-cesium alloy systems Delawarde, Elisabeth M. Thermal methods of high precision were used to determine the solid-liquid phase equilibria diagrams for the potassium-rubidium and the rubidium-cesium systems. Both form minima in the liquidus curves occurring at 307.00° K with 0.667 mole fraction rubidium in the potassium-rubidium system and 282.85° K with 0.530 mole fraction cesium in the rubidium-cesium system. In the potassium-rubidium system, the liquidus and solidus points are very close together, giving a very narrow temperature range for the two phase region. The freezing point minimum in the potassium-rubidium system occurs at 0.667 mole fraction rubidium, suggesting the possible formation of a KRb2 intermetallic compound. 1971-05-01T07:00:00Z text application/pdf https://scholarsarchive.byu.edu/etd/8199 https://scholarsarchive.byu.edu/cgi/viewcontent.cgi?article=9199&context=etd http://lib.byu.edu/about/copyright/ Theses and Dissertations BYU ScholarsArchive Potassium Rubidium Cesium Phase rule and equilibrium |
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Others
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Potassium Rubidium Cesium Phase rule and equilibrium |
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Potassium Rubidium Cesium Phase rule and equilibrium Delawarde, Elisabeth M. Solid-liquid phase equilibria of the potassium-rubidium and rubidium-cesium alloy systems |
| description |
Thermal methods of high precision were used to determine the solid-liquid phase equilibria diagrams for the potassium-rubidium and the rubidium-cesium systems. Both form minima in the liquidus curves occurring at 307.00° K with 0.667 mole fraction rubidium in the potassium-rubidium system and 282.85° K with 0.530 mole fraction cesium in the rubidium-cesium system. In the potassium-rubidium system, the liquidus and solidus points are very close together, giving a very narrow temperature range for the two phase region. The freezing point minimum in the potassium-rubidium system occurs at 0.667 mole fraction rubidium, suggesting the possible formation of a KRb2 intermetallic compound. |
| author |
Delawarde, Elisabeth M. |
| author_facet |
Delawarde, Elisabeth M. |
| author_sort |
Delawarde, Elisabeth M. |
| title |
Solid-liquid phase equilibria of the potassium-rubidium and rubidium-cesium alloy systems |
| title_short |
Solid-liquid phase equilibria of the potassium-rubidium and rubidium-cesium alloy systems |
| title_full |
Solid-liquid phase equilibria of the potassium-rubidium and rubidium-cesium alloy systems |
| title_fullStr |
Solid-liquid phase equilibria of the potassium-rubidium and rubidium-cesium alloy systems |
| title_full_unstemmed |
Solid-liquid phase equilibria of the potassium-rubidium and rubidium-cesium alloy systems |
| title_sort |
solid-liquid phase equilibria of the potassium-rubidium and rubidium-cesium alloy systems |
| publisher |
BYU ScholarsArchive |
| publishDate |
1971 |
| url |
https://scholarsarchive.byu.edu/etd/8199 https://scholarsarchive.byu.edu/cgi/viewcontent.cgi?article=9199&context=etd |
| work_keys_str_mv |
AT delawardeelisabethm solidliquidphaseequilibriaofthepotassiumrubidiumandrubidiumcesiumalloysystems |
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1719325338724466688 |