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   长石─石英─粘土 在 无机化工 分类中 的翻译结果: 查询用时:0.223秒
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长石    
石英
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粘土
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  “长石─石英─粘土”译为未确定词的双语例句
    Based on the ternary system of"feldsparquartzclay",under the prerequisite for maintaining the advantages of traditional feldspar porcelain,the procelainforming mechanism was investigated by optimizing raw material and formula,specially by introducing the additives taking different effects respectiuely.
    本研究利用“长石—石英—粘土”三组分瓷为基础,在保持传统长石质瓷优点的前提下,通过优选原料,优化配方,尤其是通过引入分别起不同作用的添加剂等方法,研制成功了汉白瓷,并就汉白瓷的成瓷机理进行了探讨。
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  feldspar
The rocks are classified into greywackes or feldspar sandstones, grains of which are the mixtures of mafic rocks, felsic rocks, and quartz+calcite.
      
In conjunction with high abundances of Ba and Sr, as well as low abundances of Y and HREE, these patterns suggest a feldspar-poor, garnet±amohibole-rich fractionation mineral assemblage.
      
Empirical relationships describing the composition dependences of the chemical durability of glasses in the diopside-albite, diopside-anorthite, diopside-orthoclase, diopside-quartz, and diopside-feldspar systems are derived.
      
Two glasses of the same chemical composition manufactured while using two different sources of aluminosilicates: (1) sodium feldspar and (2) volcanic tuffs have been compared [1].
      
The influence of bacterial activity on glauconite formation is supported by the study of dissolution zones on quartz and feldspar grains, which revealed biomorphic structures akin to fossilized bacteria.
      
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  feldspar
The rocks are classified into greywackes or feldspar sandstones, grains of which are the mixtures of mafic rocks, felsic rocks, and quartz+calcite.
      
In conjunction with high abundances of Ba and Sr, as well as low abundances of Y and HREE, these patterns suggest a feldspar-poor, garnet±amohibole-rich fractionation mineral assemblage.
      
Empirical relationships describing the composition dependences of the chemical durability of glasses in the diopside-albite, diopside-anorthite, diopside-orthoclase, diopside-quartz, and diopside-feldspar systems are derived.
      
Two glasses of the same chemical composition manufactured while using two different sources of aluminosilicates: (1) sodium feldspar and (2) volcanic tuffs have been compared [1].
      
The influence of bacterial activity on glauconite formation is supported by the study of dissolution zones on quartz and feldspar grains, which revealed biomorphic structures akin to fossilized bacteria.
      
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  feldspars
It is shown that, in the composition range with an iron content of lower than 3.3 wt %, cenospheres involve nanosized crystalline phases, such as feldspars, ferrispinels, and pyroxenes.
      
The presence of rocks on Mercury's surface, such as anorthosites (consisting mainly of calcium plagioclase) and feldspars, was reliably established in the course of such investigations.
      
Thermal infrared spectra are also indicative of the presence of feldspars, pyroxenes, and igneous nepheline-bearing alkali syenites.
      
The fine silt fraction consists of quartz, kaolinite, chlorite, hydromica, smectite, and feldspars.
      
The medium silt fraction consists of quartz, kaolinite, mica, and feldspars.
      
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  feldspathic
With the lowest abundances of Fe, Ti, and Th found on the Moon, the lunar highland terrains are quite homogeneous with two major large feldspathic units, one being slightly more mafic than the other.
      
The differences between the simulated melt compositions are interpreted with regard for variations in the temperature and composition of the parental magnesian liquids that assimilated compositionally similar feldspathic material.
      
Feldspathic metasomatic rocks from the Lermontovo deposit, Primorye, Russia
      
The deposition of quartz-feldspathic flyschoid sequences as products of scouring of sialic basement of the continental block was inherent to the Ukelayat type of sedimentation.
      
It was established that the assimilation of parental mantle basaltic melts by crustal, mainly feldspathic material is a decisive factor in the formation of multiple gabbro-granite complexes.
      
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  其他


Based on the ternary system of"feldsparquartzclay",under the prerequisite for maintaining the advantages of traditional feldspar porcelain,the procelainforming mechanism was investigated by optimizing raw material and formula,specially by introducing the additives taking different effects respectiuely.The result indieated that this pruduct possesses excellent process property,high whiteness,good transparence,high thermal shock resistance,less deformation and fine appearance.All the physical and chemical indexs...

Based on the ternary system of"feldsparquartzclay",under the prerequisite for maintaining the advantages of traditional feldspar porcelain,the procelainforming mechanism was investigated by optimizing raw material and formula,specially by introducing the additives taking different effects respectiuely.The result indieated that this pruduct possesses excellent process property,high whiteness,good transparence,high thermal shock resistance,less deformation and fine appearance.All the physical and chemical indexs have reached the standard for GB212_83《High Quality Chinaware》

本研究利用“长石—石英—粘土”三组分瓷为基础,在保持传统长石质瓷优点的前提下,通过优选原料,优化配方,尤其是通过引入分别起不同作用的添加剂等方法,研制成功了汉白瓷,并就汉白瓷的成瓷机理进行了探讨。研究结果表明,汉白瓷工艺性能优良,并具有白度高、透光性好、热稳定性高、产品规整度好及外观质感细腻、釉面光润等特性,各项理化指标达到了高级日用细瓷的标准

The silicon carbide particles were employed as the skeleton material, while the mixture of feldspar and clay in eutectic composition to form the glassy grain-boundary phase serving as the binder to hold the SiC grains together, particulate carbon to be oxidized and generate pores. Slip casting process was investigated and some properties of the porous ceramics were discussed. The isoelectric Zeta potential point of the SiC particles corresponded to the pH value of 5.2, and the pH values of the slurry were controlled...

The silicon carbide particles were employed as the skeleton material, while the mixture of feldspar and clay in eutectic composition to form the glassy grain-boundary phase serving as the binder to hold the SiC grains together, particulate carbon to be oxidized and generate pores. Slip casting process was investigated and some properties of the porous ceramics were discussed. The isoelectric Zeta potential point of the SiC particles corresponded to the pH value of 5.2, and the pH values of the slurry were controlled between 8 and 12 to provide the perfect stability and fluidity. The increase in the firing temperature decreases the range of the pore size distribution, with the principal pore diameter keeps relatively constant. The neck-bridging structure exists among the SiC grains due to the viscous flow of the grain-boundary phase at high temperatures, which helps to improve the binding behaviour. The oxidation product of SiC reacts with the grain-boundary phase, and leads to the precipitation of needle-like mullite crystals, which gives rise to the abnormal increase in the strength of the porous ceramics.

选用SiC颗粒作为多孔陶瓷的骨料材料,长石、石英、粘土组成的低共熔混合物形成晶界玻璃相结合剂,活性炭作为成孔剂,采用注浆成型工艺,对多孔陶瓷的性能进行了研究.SiC骨料颗粒的Zeta电位等电点对应的pH值为5.2,注浆浆料的pH值在8~12的范围内具有很好的流动性和稳定性;烧成温度的提高,使SiC多孔陶瓷的气孔尺寸分布范围缩小,但基本孔径不变;晶界玻璃相的高温粘性流动在SiC晶粒之间形成“桥架”结构,提高了两者之间的粘结能力;高温下,SiC颗粒的氧化产物参与晶界反应,生成新的针状莫来石相,使SiC多孔陶瓷的强度出现异常提高.

The study on magnetic household ceramics will contribute much to the further utilization of related new material resources and energy conservation in ceramics firing. Various formulas (with siderite, feldspar, quartz, diopside, etc. mixed in proportion to each other) and firing conditions were systematically investigated with regard to magnetism, strength, and color or glossiness. In the experiments, different formulas with siderite and energy saving material (diopside) varying in content were tried. Finally,...

The study on magnetic household ceramics will contribute much to the further utilization of related new material resources and energy conservation in ceramics firing. Various formulas (with siderite, feldspar, quartz, diopside, etc. mixed in proportion to each other) and firing conditions were systematically investigated with regard to magnetism, strength, and color or glossiness. In the experiments, different formulas with siderite and energy saving material (diopside) varying in content were tried. Finally, the sample with high magnetism fired at a relatively low temperature was obtained. The optimum process is: firing at around 1050±5°C for half an hour in oxidizing atmosphere, which guaranteed the transformation of Fe2+ to Fe3+. Through the X-ray analysis, large amounts of α-Fe2O3 and γ-Fe2O3 have been found in the porcelain bodies. According to the magnetism test, the magnetic susceptibility of all bodies is lower than 8×103, immediately next to high magnetic minerals. It is also concluded that the higher the amount of siderite, the higher the magnetism. In addition, the glaze was also investigated. The firing results of glazed ceramics show that the fitness between the body and the glaze is good, and the color, glossiness and strength are desirable, too.

以菱铁矿为主要原料与传统陶瓷原料(长石、石英、粘土和透辉石等)相结合进行磁性日用陶瓷的研制,同时进行了坯釉适应性的尝试。根据烧成样品的测试和分析结果表明,菱铁矿作为陶瓷原料是可行的,磁化后表现出较高的磁性强度,并且该坯体与研制的玻璃釉匹配良好。

 
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