高嶺型土 的英文怎麼說
中文拼音 [gāolǐngxíngtǔ]
高嶺型土
英文
kaolisol-
In the whole city the proven mineral reserves are of 53 kinds, of which the kerogen shale is 5. 1 billion tons, kaolin over 0. 3 billion tons, ranking first in the country. rare earth and porphyrite tin are big mines on the country scale ; xinyi jade mine, reputed as " jade of the south " is one of the three big jade mines in the country
全市已查明礦藏53種，其中油母頁巖51億噸，高嶺土儲量3億多噸，均居全國首位；稀土、斑巖型錫礦屬全國大礦；被譽為「南方璧玉」的信宜玉石礦是全國三大玉石礦之一。Possess of a outsize superior quality kaolin mine with the reserves more than 52. 9 million tons, which
萬噸的特大型優質高嶺土礦，礦山位於巖市東效It mainly includes new - type cement and wall - building material with coal gangue, industrial waste and fly ash as the raw material ; neody mi um - iron - boron material, nano - material, fire - resistance material, kaolin earth material, high - performance ceramic and fiber material, magnetic material, silicon - manganese alloy, and other nonferrous metal materials, along with production technologies of green environmental, clean materials and so on
以煤矸石、粉煤灰、工業廢渣為原料的新型水泥和新型墻體材料、釹鐵硼材料、納米材料、耐火材料、高嶺土材料、高性能陶瓷和纖維材料、磁性材料、硅錳合金等有色金屬新材料，以及綠色環保、清潔材料的生產技術等。The test - adjusting technology for cm51 pulverizing mill and its complementary equipment which are used for the pulverisation of pyrite - rich hard gaoline and the re - crushing of calcinated filter cake is described. the main factors that influence the capacity of the pulverizing mill system and main technical points are analyzed and discussed and the problems worth notice in test - adjusting production are pointed out
介紹cm51型粉磨機及配套設備應用於超細粉磨富含黃鐵礦硬質高嶺土及煅燒濾餅再粉碎的調試技術，分析和探討影響粉磨機系統工作能力的主要因素及技術要點，指出調試生產中值得注意的問題。Chemical analyses showed that the former was characterized by higher sio2, k2o and lower a12o3, tio2 than the later, as well as the content of fe varying on a great range with the deposit - forming parent racks and weatering conditions
其結果表明，風化型高嶺土的化學成分一般屬硅高鋁低型，鉀含量偏高，鈦含量低，鐵含量則隨成礦母巖和風化條件的不同波動范圍大，礦物組成主要為結晶度較差的高嶺石、水雲母和石英，以及極少量的管狀埃洛石。Research on surface modification amp; amp; application of sedimentary kaolin mineral
沉積型高嶺土礦表面改性與應用研究Research on surface modification of calcined sedimentary kaolin and its application
沉積型煅燒高嶺土表面改性與應用研究Surface modification of calcined sedimentary deposit kaolin and its application
沉積型煅燒高嶺土表面改性與應用試驗研究Surface modification of yichang calcined sedimentary deposit kaolin and its application
宜昌沉積型煅燒高嶺土表面改性與應用研究Kaolinite - organic intercalation compound possesses not only the unique adsorptivity, dispersivity. porosity, rheological behaviour and surface acidity of the clay mineral but also the multivariate functional groups and the reactivity of the organic compound. as a new type of mineral materials, it has extensive potential application in catalysts, functional supporter, adsorbents and advance ceramics
高嶺石有機插層復合物既具有粘土礦物特有的吸附性、分散性、流變性、多孔性和表面酸性，又具有機化合物的多變功能團和反應活性，作為新型礦物材料，在催化劑、功能載體、吸附劑、先進陶瓷材料等方面具有廣闊的應用前景。And the quality control system was developed for ddmbac. the coagulating property of ddmbac was discussed and the interaction model between ddmbac and colloidal particles was developed. the influence of ddmbac on coagulation using aluminum sulfate ( as ) or polyaluminum chloride ( pac ) was also investigated based on analytical method and interaction model
本文探討了ddmbac對高嶺土顆粒的混凝除濁性能，提出了ddmbac與膠體顆粒間的相互作用機理模型;在已有的研究成果基礎上，分析研究了不同混凝條件下ddmbac對硫酸鋁、聚合氯化鋁混凝效果的影響規律和機理。2 according to the analysis of sem, ftir and xrd, we can draw such conclusion : intercalation of cms into kaolinite has collapsed the layer construction of kaolinite, which makes the single layers dispersed in the bodies of cms. the experimental results show that intercalation of cms into kaolinite improves the electrorheological effect
2通過羧甲基澱粉的二次插層，結合xrd圖譜，紅外圖譜及sem圖分析可知， cms的插層引起了高嶺土片層之間的剝離，其單一片層分散於羧甲基澱粉中，形成剝離型納米復合材料。In this paper, we integrate properties of kaolinite, dimethylsulfoxide, and carboxylmethyl starch, proposing a novel way to improve electrorheological effect by intercalating. the experimental result are given as follows : 1 dimethyl sulfoxide / kaolinite hybrids were synthesized using an direct intercalation method and characterized by xrd and ftir
高嶺土有機插層復合物是一種新型納米復合材料，具有粘土礦物和有機化合物的綜合性能，本項研究綜合了幾種廉價原料的特點，提出一種利用插層的方法，改進電流變性能的思路。Study on application of a certain granite lateritic kaolin in shandong province
山東省某花崗巖風化型高嶺土開發應用研究Fourteen typical profiles of different altitude on the south slope of the taibai peak of qinling mountaint, which is 3767 meters in altitude, were researched in this study. by field survey, the physical and chemical characteristics anasysis of the soils, we studied thoroughly the soil genetic, discussed the positions in taxonomic classification and the distribution of the soils on the basis of the keys to chinese soil taxonomy ( 3rd edition ), and to provide the foundation of soil taxonomy of mountain and resources development
本研究以海拔3767m的秦嶺主峰太白山南坡不同海拔高度的14個典型土壤剖面為研究對象，通過野外調查、室內理化性質分析，研究了土壤的發生特性，以《中國土壤系統分類檢索（第三版） 》為依據，確定了其在系統分類中的地位和分佈界線。旨在為山地土壤系統分類和土壤資源開發利用提供依據。Calculated mineral composition by chemical composition combined with x - ray powder diffraction analyses showed that the former generally consisted mainly of poorly - crystallized kaolinite and small amounts of illite and quartz, and the later contained well - crystallized predominent kaolinite ( over 95 % )
含煤建造沉積型高嶺土一般屬鋁高硅低型，鉀含量低，鈦含量明顯偏高，礦物組成簡單，高嶺石含量95 % ，結晶度較好。Because of their excellent characteristics, superabsorbents are widely used in health, agriculture and horticulture applications. based on the influencing factors, such as type of structural layer, interlayer charge, interlayer distance, cation exchange capability, surface area and ratio of swelling, kaolinite, sercite and bentonite are choosed as the mineral fillers to synthesize the superabsorbent composite
本文從粘土的結構層型、層電荷、層間距、陽離子交換容量、比表面積和膨脹率等各方面綜合比較研究粘土礦物的性質，選擇了高嶺土、膨潤土和絹雲母這三種粘土礦物作為無機填料，制備粘土?有機聚合物超吸水性復合材料。The research now mainly concentrate on polymer / montmorillonite nanocomposites. having typical layered structure, kaolinite and montmorillonite are all ideal host minerals for preparing polymer / layered silicate nanocomposites by intercalation composite method
高嶺土與蒙脫土同屬于層狀硅酸鹽，兩者都具有典型的層狀結構，是用插層復合法制備聚合物層狀硅酸鹽納米復合材料理想的主體礦物。分享友人