- 更多网络例句与霞石相关的网络例句 [注：此内容来源于网络，仅供参考]
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The result showed agglomeration temperature of nepheline was higher than of felspar adding a mensurable quartz could distinctly affect agglomeration performance of nepheline nepheline not only reduced agglomeration temperature of ceramic tile but also improved ceramic tile bending strength evidenfiy .
〔2〕加入一定量的石英对霞石烧结性能有显著的影响。〔3〕霞石替代长石不仅降低瓷砖烧成温度，对瓷砖抗折强度也有明显的改善。
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In addition, mineral assemblage and gabbro similar to gabbro pegmatite; and nepheline syenite nepheline syenite rock similar pegmatite and so on.
此外，还有矿物组合与辉长岩相似的辉长伟晶岩；与霞石正长石相似的霞石正长伟晶岩等等。
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The first type, kamafugite, is plagioclasefree, consisted of Tirich phlogopite, melilite, leucite and nephelite. They have lower contents of SiO2 and Al2O3, but have high TiO2, CaO, MgO contents and K/Na and Mg# ratio whereas the second type, potassic trachybasalt, is abundant in plagioclase and contains no phlogopite, melilite, leucite and nephelite. They have higher SiO2, Al2O3,(Na2O+K2O), and lower TiO2, CaO, MgO, and K/Na and Mg#, in comparision to the first type of rocks.
钾霞橄黄长岩是一种不含斜长石，但普遍含有高钛金云母、黄长石、白榴石、霞石的岩石，全岩化学成分具低SiO2和Al2O3，富TiO2、CaO、MgO和高K/Na、高Mg#值的特征；钾质粗面玄武岩含有大量斜长石但是缺乏高钛金云母、黄长石、白榴石和霞石，全岩化学中SiO2、Al2O3明显高于前者，而TiO2、CaO、MgO、K/Na和Mg#值要比钾霞橄黄长岩低。
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The Cenozoic kamafugites in Lixian County of West Qinling are poor in SiO2 and A12O3 but rich in MgO, CaO, TiO2 and K2O+Na2O. The modal mineral assemblage is composed mainly of olivine, clinopyroxene, nepheline/kalsilite, melilite/leucite and Ti-phlogopite.
西秦岭礼县地区新生代钾霞橄黄长岩係具有贫SiO2、Al2O3，富MgO、CaO、TiO2及K2O+Na2O的特徵，矿物组合中除橄欖石、透辉石外，普遍含有霞石／钾霞石、黄长石／白榴石和鈦金云母等矿物。
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The experiment indicated that the mechanical strength of nepheline glass-ceramics have not only relations to the structure to nepheline itself and the sample's structure,but also to the time to heat treatment for fine crystallization.
结果表明，霞石微晶玻璃的机械强度与霞石晶体及试样的结构有关，也与微晶化热处理的时间有关。
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The experiment studied agglomeration performance characterist of mixture material which consisted of nepheline and quart.
本文主要研究了纯霞石和霞石与石英混合料的烧结性能特点，另外也分析了霞石替代长石对试样烧结性能和瓷砖的抗折强度的影响。
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Factors including pH, concentrations of heavy metals, dosages of minerals, ionic strength and temperature were studied and the results indicated that nepheline syenite and olivine had significantly higher capacity of absorbing heavy metal ions than glacimarine clay since they possessed stronger neutralization ability to acidic solution.
考察的因素包括溶液pH值、重金属离子浓度、矿物用量、离子强度、温度等，并得出结论，霞石正长岩和橄榄石吸附重金属离子的能力明显强于冰海粘土。通过理论分析表明，导致这一现象的原因为霞石正长岩和橄榄石对酸性溶液具有更强的中和能力。
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The thermodynamic calculations of the Gibbs free energies for typical multiple phase equilibria in silicate systems were performed,including (1)melting reactions of silicate reactant in processing of the glass-ceramics;(2)sintering reactions in utilizations of nepheline syenite and high- flyash;(3)crystallizing reactions of tobermorite and xonotlite .
对硅酸盐体系的典型多相平衡反应进行了热力学计算，包括：(1)微晶玻璃制备过程中的硅酸盐熔融反应；(2)霞石正长岩和高铝粉煤灰利用技术中的硅酸盐烧结反应；(3)S iO2-CaO-H2O体系和KA lS i3O8-CaO-H2O体系雪硅钙石、硬硅钙石的水热晶化反应；(4)高铝粉煤灰和霞石正长岩烧结产物的溶解反应；(5)Na[A l4]-A l3-H2O体系和Na2SO4-Ca2-H2O体系中α-A l3和CaSO4.2H2O的析晶反应。
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The surplus Na2CO3 will later react with nepheline to formalkaline nepheline [(Na2O)0.33NaAlSiO4].The optimal reation condition wasdetermined by the experiments as follows: the ratio of the high-alumina fly ash toNa2CO3 is 1.8:1 by mass,and that the optimal temperature is 850℃ for 90min.The dissolution reaction of nepheline in HCl solution is also thermodynamicallyanalyzed.
对高铝粉煤灰与Na_2CO_3的固相热分解反应的实验研究表明：当Na_2CO_3过量时，过量的Na_2CO_3会与生成的霞石发生反应，生成碱性霞石(Na_2O)_0.33NaAlSiO_4；通过实验确定了Na_2CO_3的最佳用量为：高铝粉煤灰： Na_2CO_3=1.8：1，反应的最佳温度和时间分别为850℃和90min。
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Addition of partial nephelite during bauxite sintering could not only make up consumption of soda, but also attain purpose for treating nephelite .
在铝土矿烧结过程中添加部分霞石矿，以补充碱的消耗，同时达到处理霞石的目的。
- 更多网络解释与霞石相关的网络解释 [注：此内容来源于网络，仅供参考]
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cancrinite：灰霞石,钙霞石
cancellation law | 相消律,可约律 | cancrinite | 灰霞石,钙霞石 | candela | 坎(德拉)
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nepheline tephrite：霞石碱玄岩
nepheline syenite 霞石正长岩 | nepheline tephrite 霞石碱玄岩 | nepheline 霞石
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nephelinite：霞石岩
霞斜岩在分类上属於这个系列的霞石碱玄岩类(参阅霞石岩(nephelinite)条). 橄榄石、黑云母、正长石和碱性角闪石等可作为霞斜岩的次要组分出现. 除霞石和正长石外,霞斜岩的其他矿物一般都具有发育完好的晶体. 霞石本身可以被次生的沸石大量替代.
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nephelite：霞石
nepheline 霞石 | nephelite 霞石 | nephelite 霞石
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nepheline picrite：霞石苦橄岩
霞石硷玄岩 attantite | 霞石苦橄岩 nepheline picrite | 霞石磷灰岩 neapite
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atlantite：霞石碱玄岩
霞石輝長岩 nepheline gabbro | 霞石鹼玄岩 atlantite | 霞石鹼玄岩 attantite
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atlantite：霞石硷玄岩
霞石辉长岩 nepheline gabbro | 霞石硷玄岩 atlantite | 霞石硷玄岩 attantite
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eleolite：霞石;脂光石
霞石 nephelite | 霞石;脂光石 eleolite | 霞石安山岩 nepheline andesite
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juvite：霞石正长岩
霞石岩 nephelinolite | 霞石正长岩 juvite | 霞石正长岩 nepheline syenite
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nephelinitoid：霞石基质;霞石岩玻基
"霞石岩","nephelinite" | "霞石基质;霞石岩玻基","nephelinitoid" | "霞石岩","nephelinolite"