Hydrohalite is a mineral that occurs in saturated halite brines at cold temperatures (below 0.1 °C). It was first described in 1847 in Dürrnberg, Austria. It exists in cold weather. Hydrohalite has a high nucleation energy, and solutions will normally need to be supercooled for crystals to form. The cryohydric point is at −21.2 °C (−6.2 °F). Above this temperature, liquid water saturated with salt can exist in equilibrium with hydrohalite. Hydrohalite has a strong positive temperature coefficient of solubility, unlike halite. Hydrohalite decomposes at 0.1°C, giving a salty brine and solid halite. Under pressure, hydrohalite is stable between 7,900 and 11,600 atmospheres pressure. The decomposition point increases at the rate of 0.007°K per atmosphere (for 1–1000 atmospheres). The maximum d
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| - هيدروهاليت (ar)
- Hidrohalita (ca)
- Hydrohalit (cs)
- Hidrohalita (eu)
- Hydrohalite (en)
- Hydrohalite (it)
- Гидрогалит (ru)
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| - La hidrohalita és un mineral de la classe dels halurs. Rep el seu nom de la seva composició, sent una halita hidratada. (ca)
- هيدروهاليت هو معدن يكون في محاليل ملحية مشبعة للهاليت في درجات حرارة منخفضة (-5 درجة مئوية). وصف لأول مرة عام 1847 في سالزبورغ, النمسا. (ar)
- Hydrohalit (Hausmann 1847), chemický vzorec NaCl·2H2O, je jednoklonný – (někdy) pseudošesterečný minerál. Jediný známý přírodní vodnatý chlorid alkalických kovů. Je stabilní při teplotách pod -5 °C. Tvoří drúzy krystalů, zrnité masy, drobounké lístečky a jehličky. Na umělých krystalech byly pozorovány tvary: {001}, {010}, {110}, {011}, {021} a {-1.1.1}. (cs)
- Hidrohalita]] = haluro motako minerala da. (eu)
- L'hydrohalite è un minerale. (it)
- Гидрогали́т (или криогали́т, бигидра́т, мааки́т; от греч. hydros — водный галит) — минерал с химическим составом NaCl·2H2O класса хлоридов. Встречается в насыщенных галитовых рассолах при низких температурах (ниже 0,1° С). Впервые описан в 1847 году в Дюрнберге, Австрия. Образуется в солёных озёрах и других крепких рассолах (рапа) в морозную погоду. За пределами Земли обнаружен космическим аппаратом Dawn на Церере. (ru)
- Hydrohalite is a mineral that occurs in saturated halite brines at cold temperatures (below 0.1 °C). It was first described in 1847 in Dürrnberg, Austria. It exists in cold weather. Hydrohalite has a high nucleation energy, and solutions will normally need to be supercooled for crystals to form. The cryohydric point is at −21.2 °C (−6.2 °F). Above this temperature, liquid water saturated with salt can exist in equilibrium with hydrohalite. Hydrohalite has a strong positive temperature coefficient of solubility, unlike halite. Hydrohalite decomposes at 0.1°C, giving a salty brine and solid halite. Under pressure, hydrohalite is stable between 7,900 and 11,600 atmospheres pressure. The decomposition point increases at the rate of 0.007°K per atmosphere (for 1–1000 atmospheres). The maximum d (en)
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| - La hidrohalita és un mineral de la classe dels halurs. Rep el seu nom de la seva composició, sent una halita hidratada. (ca)
- هيدروهاليت هو معدن يكون في محاليل ملحية مشبعة للهاليت في درجات حرارة منخفضة (-5 درجة مئوية). وصف لأول مرة عام 1847 في سالزبورغ, النمسا. (ar)
- Hydrohalit (Hausmann 1847), chemický vzorec NaCl·2H2O, je jednoklonný – (někdy) pseudošesterečný minerál. Jediný známý přírodní vodnatý chlorid alkalických kovů. Je stabilní při teplotách pod -5 °C. Tvoří drúzy krystalů, zrnité masy, drobounké lístečky a jehličky. Na umělých krystalech byly pozorovány tvary: {001}, {010}, {110}, {011}, {021} a {-1.1.1}. (cs)
- Hidrohalita]] = haluro motako minerala da. (eu)
- Hydrohalite is a mineral that occurs in saturated halite brines at cold temperatures (below 0.1 °C). It was first described in 1847 in Dürrnberg, Austria. It exists in cold weather. Hydrohalite has a high nucleation energy, and solutions will normally need to be supercooled for crystals to form. The cryohydric point is at −21.2 °C (−6.2 °F). Above this temperature, liquid water saturated with salt can exist in equilibrium with hydrohalite. Hydrohalite has a strong positive temperature coefficient of solubility, unlike halite. Hydrohalite decomposes at 0.1°C, giving a salty brine and solid halite. Under pressure, hydrohalite is stable between 7,900 and 11,600 atmospheres pressure. The decomposition point increases at the rate of 0.007°K per atmosphere (for 1–1000 atmospheres). The maximum decomposition temperature is at 25.8°C under 9400 atmospheres. Above this pressure the decomposition point goes down. (en)
- L'hydrohalite è un minerale. (it)
- Гидрогали́т (или криогали́т, бигидра́т, мааки́т; от греч. hydros — водный галит) — минерал с химическим составом NaCl·2H2O класса хлоридов. Встречается в насыщенных галитовых рассолах при низких температурах (ниже 0,1° С). Впервые описан в 1847 году в Дюрнберге, Австрия. Образуется в солёных озёрах и других крепких рассолах (рапа) в морозную погоду. За пределами Земли обнаружен космическим аппаратом Dawn на Церере. (ru)
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