1927
DOI: 10.1002/zaac.19271600112
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Beitrag zur Natur des Basenaustausches

Abstract: Es wird das Gebiet des bekannten Basenaustausches als Grenzgebiet aufgestellt und charakterisiert. Es wird z. T. experimentell nachgewiesen, daß auch negativ geladene Substrate von nicht zeolithischem Charakter ihre „Elektrolytreste”︁ auf dem Wege von 1. austauschen.

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Cited by 4 publications
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“…Biesalski (83) found that pure acid-silicate grains (84) containing high proportions of silica,-(a) Si02 90.1 per cent, Na20 3.0 per cent; loss on heating 7.3 per cent; (b) Si02 85 per cent, Na2Q 4.4 per cent, loss 10.6 per cent; (c) Si02 75.3 per cent, Na20 3.8 per cent, loss 20.1 per cent-possessed the property of base exchange. These sodium silicate grains contain so high a proportion of silica that they are either insoluble or extremely slowly soluble.…”
Section: The Zeolite As a Micellementioning
confidence: 99%
“…Biesalski (83) found that pure acid-silicate grains (84) containing high proportions of silica,-(a) Si02 90.1 per cent, Na20 3.0 per cent; loss on heating 7.3 per cent; (b) Si02 85 per cent, Na2Q 4.4 per cent, loss 10.6 per cent; (c) Si02 75.3 per cent, Na20 3.8 per cent, loss 20.1 per cent-possessed the property of base exchange. These sodium silicate grains contain so high a proportion of silica that they are either insoluble or extremely slowly soluble.…”
Section: The Zeolite As a Micellementioning
confidence: 99%