钠长石和方解石与 NH4NO3 溶液的相互作用。首例低温合成布丁石

Tsveta Stanimirovа, G. Kirov
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引用次数: 0

摘要

羟基钠长石和硫酸盐方长石是利用保加利亚瓦尔纳 TPP 的粉煤灰合成的。研究了这两种长石在 90 °C 下与 NH4NO3 溶液的相互作用。在反应过程中,钠长石被溶解,形成了铵长石(布丁通石),这是首次低温合成这种矿物。阳起石与 NH4NO3 的相互作用引起了离子交换,形成了成分为 (NH4)5.4Na3.6(NO3)1.45(SO4)0.25(OH)0.05[Al6Si6O24]-2H2O 的阳起石,表明这种形式的阳起石有可能用作缓效肥料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interaction of sodalite and cancrinite with NH4NO3 solution. First case of low-temperature synthesis of buddingtonite
Hydroxyl sodalite and sulfate cancrinite were synthesized from fly ash from TPP Varna, Bulgaria. The interaction of the two feldspathoids with NH4NO3 solution at 90 °C was investigated. Because of the reaction, sodalite is dissolved and ammonium feldspar (buddingtonite) is formed, which is the first case of low-temperature synthesis of this mineral. The interaction of cancrinite with NH4NO3 induces ion exchange and the formation of cancrinite with composition (NH4)5.4Na3.6(NO3)1.45(SO4)0.25(OH)0.05[Al6Si6O24]·2H2O, suggesting potential for the use of this form as a slow-acting fertilizer.
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