- 更多网络例句与钾镁矾相关的网络例句 [注：此内容来源于网络，仅供参考]
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Also there is much difference between the obtained metastable phase diagram at 35 ℃ and the metastable phase diagram at 25 ℃. The crystallization regions of schoenite(K2SO4*MgSO4*6H2O) and epsomite disappear and arise the crystallization regions of leonite and kainite.
所得35 ℃介稳相图与25 ℃介稳相图区别很大：软钾镁矾和七水硫酸镁结晶区域消失，同时出现了钾镁矾和钾盐镁矾的结晶区域。
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The evaporating experimental results show that, hydromagnesite is first separated with the lake-water being concentrated, and then halite, thenardite, bloedite, picromerite, epsomite, sylvite and carnallite precipitated successively.
蒸发实验的结果表明：首先析出水菱镁矿，随着湖水继续浓缩进一步析出石盐、无水芒硝、白钠镁矾、软钾镁矾、泻利盐、钾石盐和光卤石。
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A large difference is found between the obtained metastable phase diagram at 35 ℃ and Vant Hoffs stable phase diagram at 25 ℃. The crystallization regions of schoenite(K2SO4*MgSO4*6H2O), epsomite(MgSO4*7H2O), magnesium sulfate pentahydrite(MgSO4*5H2O) and starkeyite(MgSO4*4H2O) disappear and the crystallization regions of leonit and astrankit are greatly incresed.
所得35 ℃介稳相图与Vant Hoff 25 ℃稳定相图比较有较大区别：软钾镁矾（K2SO4*MgSO4*6H2O）、七水硫酸镁、五水硫酸镁及四水硫酸镁结晶区域消失，钾镁矾和钾盐镁矾结晶区域显著扩大。
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This paper presents the experimental data of metastable phase equilibrium of Na+, K+, Mg2+∥Cl-, SO2-4-H2O quinary system at 35 ℃, from which the metastable phase diagram is drawn. It consists of nine regions of crystallization saturated with sodium chloride, potassium chloride, glasserite(3K2SO4*Na2SO4), leonite(K2SO4*MgSO4*4H2O), kainite(KCl*MgSO4*2.75H2O), thenardite(Na2SO4), astrankit(MgSO4*Na2SO4*4H2O), carnallite(KCl* MgCl2*6H2O), magnesium sulfate hexahydrite(MgSO4*6H2O) and bischofit(MgCl2*6H2O).
研究得出（Na+， K+， Mg2+∥Cl-， SO2-4-H2O）五元体系35 ℃时的介稳溶解度数据，绘制了该体系35 ℃的介稳相图，共有9个为氯化钠所饱和的结晶区域：氯化钾、钾芒硝（3K2SO4*Na2SO4）、钾镁矾（K2SO4*MgSO4*4H2O）、钾盐镁矾（KCl*MgSO4*2.75H2O）、光卤石（KCl*MgCl2*6H2O）、白钠镁矾（Na2SO4*MgSO4*4H2O）、硫酸钠、六水硫酸镁（MgSO4*6H2O）和水氯镁石（MgCl2*6H2O）。
- 更多网络解释与钾镁矾相关的网络解释 [注：此内容来源于网络，仅供参考]
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kalibl?dite：钾钠镁矾
钾明矾 potassium alum | 钾钠镁矾 kalibl?dite | 钾硼镁石 kaliborite
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Fertilisers, kainite：肥料,钾盐镁矾的
Fertilisers, ground lime 肥料,重质氢氧化钙的 | Fertilisers, kainite 肥料,钾盐镁矾的 | Fertilisers, nitro-chalk/nitro-lime 肥料,钾氨硝石的
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langbeinite：无水钾镁矾
langbanite 硅锑锰矿 | langbeinite 无水钾镁矾 | langite 蓝铜矾
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halo langbeinite：无水钾镁矾
杂盐 halo carnallite | 无水钾镁矾 halo langbeinite | 盐硬石膏 halo-anhydrite
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halo langbeinite; langbeinitite：含盐钾镁矾
晕 halo | 含盐钾镁矾 halo langbeinite; langbeinitite | 盐硬石膏 halo-anhydrite
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sch?nite：软钾镁矾
暗橄辉玄武岩 sch?nfelsite | 软钾镁矾 sch?nite | 钾盐 sch?tzelite
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boussingaultite：銨镁矾
銨钾石膏 ammonium-syngenite | 銨镁矾 boussingaultite | 銨明矾 ammonia-alum
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leonite：钾镁矾
leonhardite 黄浊沸石 | leonite 钾镁矾 | lep 地蜡
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picromerite：软钾镁矾
picrite 苦橄岩 | picromerite 软钾镁矾 | picroteschenite 苦橄沸绿岩
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Picromerite,Schoenite：软钾镁矾
生理中性肥料 physiological neutral fertilizer | 软钾镁矾 Picromerite,Schoenite | 树豆 Pigeon bean