pyrophyllite
pyrophyllite
1. CAI Xiu-cheng, ZHANG Hui-fen, Cao Min-de, et al.EPR study of pyrophyllite and their dehydroxylates[J].Acta Mineralogica Sinica, 1990,10(1):15-22.
[5]蔡秀成,张惠芬,曹敏德,等. 天然叶蜡石及其热处理产物的电子顺磁共振(EPR)研究[J].矿物学报,1990,10(1):15-22.
2. Keywords unsaturated polyester resin;pyrophyllite;intumescent flame retardant;synergistic（action）;
不饱和聚酯树脂;叶蜡石;膨胀型阻燃剂;协效作用;
3. The main absorption band appears at 562 nm. The height of this band is quite different for these three minerals: the highest band is observed for dickite and the lowest for pyrophyllite.
主吸收峰在562nm左右,峰高以迪开石为最大,高岭石次之,叶蜡石最低。
4. The effect of four small-molecule organic regulator to three single minerals such as diaspore, pyrophyllite and kaolinite was investigated using sodium oleate as collector.
主要研究了油酸钠作捕收剂,草酸钠、水杨酸钠等四种小分子有机调整剂对一水硬铝石、叶蜡石、高岭石三种单矿物的作用。
5. Study on Beneficiation of Pyrophyllite Applied in Manufacture of Stress Conducting Sealing Material for Diamond Synthesis
人造金刚石传压密封材料用叶蜡石提纯研究
6. 8.This essay carries out the studies on inverse flotation and separation of diaspore, kaolinite and pyrophyllite with collector dodecylamine acetate and regulator SA3.
以十二胺醋酸盐为捕收剂 ,SA3为抑制剂 ,研究了一水硬铝石、高岭石及叶腊石的反浮选分离。
7. 9.This essay carries out the studies on inverse flotation and separation of diaspore, kaolinite and pyrophyllite with collector dodecylamine acetate and regulator SA3.
以十二胺醋酸盐为捕收剂,SA3为抑制剂,研究了一水硬铝石、高岭石及叶腊石的反浮选分离。
8. The vertical miler mills applied to producing non-metallic minerals such as ground calcium carbonate,barite, pyrophyllite and others were discussed.
以重钙、重晶石、叶腊石等为例,探讨立式磨在非金属矿超细产品生产中的应用。
9. Investigation of using low-alumina pyrophyllite for making E-glass marbles
低铝叶蜡石生产无碱玻璃球探讨
10. the second is to be trnasformed to the ammonium illite,chlorite and pyrophyllite in alkaline environment;
另一种是在碱性环境中朝氨伊利石、绿泥石和叶腊石方向演化；
11. Both production and sales of pyrophyllite increased in 2002.
叶腊石在2002年生产和销售均有了增长。
12. Keywords pyrophyllite;low-sintering temperature;anorthite;ceramic substrate;
叶蜡石;低温烧结;钙长石;陶瓷基片;
13. Keywords pyrophyllite;application development;surface modification;
叶蜡石;应用开发;表面改性;
14. Keywords pyrophyllite;dolomite;pressure and hermetical medium;
叶蜡石;白云石;传压密封介质;
15. Keywords pyrophyllite;kaolinite;nacrite;Shoushan Stone;Fujian Province;
叶蜡石;高岭石;珍珠陶石;寿山石;福建省;
16. Effect of pyrophyllite and dolomite on the microstructure and properties of vitrified bond grinding tools
叶蜡石、白云石对陶瓷结合剂磨具微观结构和性能的影响
17. STUDY ON LNNER PACKING MATERIALS OF PYROPHYLLITE STRESS CONDUCTING MEDIUM
叶蜡石传压介质内衬材料的研究
18. MINERAL RESOURCES OF PYROPHYLLITE AS STRESS CONDUCTING MEDIUM
叶蜡石传压介质资源初步研究
19. Heating Phase Transformation and Evolutionary Characteristics of Pyrophyllite
叶蜡石加热相变及其演化特征
20. pyrophyllite and dolomite
叶蜡石和白云石
21. pyrophyllite in lumps
叶蜡石块
22. pyrophyllite sleeve
叶蜡石套
23. An experimental investigation on mechanical properties of the pyrophyllite in conventional-triaxial compression
叶蜡石常规三轴压缩下力学性能的实验研究
24. Pyrophyllite is a important non-metal material mineral resource,which is widely used in ceramics,refractory material,composite material filler and pressure &hermetical medium etc.
叶蜡石是一种重要的非金属矿产资源,在陶瓷、耐火材料、复合材料填料、传压密封介质等方面有着重要的用途。
25. Pyrophyllite is a major material for producing E-glass fibres in China, mainly exploited in Zhejiang and Fujian Provinces.
叶蜡石是我国E玻璃纤维生产的主要原料。
26. pyrophyllite ceramics
叶蜡石瓷
27. Review of present status on pyrophyllite and its application development
叶蜡石矿产资源及其应用开发研究现状
28. The pyrophyllite ore has been termed "Roseki" from Japanese word meaning "wax stone", since it occurs as dense, compact masses having a waxy touch and luster.
叶蜡石矿又称“蜡石”. 蜡石是日文汉字名称、英译名为“Roseki”,因呈致密块状产出,有滑感,具蜡状光泽,状如蜡状岩,故名.
29. pyrophyllite deposit
叶蜡石矿床
30. Survey of occurrence of pneumosilicosis in pyrophyllite crocus exposed workers
叶蜡石矿接尘工人矽肺患病现状调查
31. pyrophyllite in powder
叶蜡石粉
32. Based on utilization situation,existed problems and mineral resources characteristics of pyrophyllite,the pyrophyllite development direction in Zhejiang province is presented finally.
同时,根据浙江省叶蜡石开发利用现状、存在问题以及资源特点,提出了对浙江省叶蜡石开发利用的发展方向。
33. natural pyrophyllite
天然叶蜡石
34. Sales for paint and refractory products increased, while sales for ceramics, insecticides and rubber decreased.Ceramic and refractory uses accounted for more than 70% of domestic pyrophyllite sales.
对颜料和耐火产品生产部门的销售有了提高，而对陶瓷、杀虫剂和橡胶等生产工业的销售却出现了下降，其中陶瓷和耐火材料工业用量占美国国内叶腊石销售总量的70%以上。
35. Keywords China Balin Stone;pyrophyllite deposit;
巴林石;叶腊石矿;
36. Geological Characteristics of the Changshan Pyrophyllite Deposit in the Middle Proterozoic Shangshu Formation in Zhejiang
常山中元古界上墅组叶蜡石矿地质特征
37. CURRENT EXPLOITATION OF PYROPHYLLITE AND KAOLIN IN CHINA
我国玻纤用叶蜡石和高岭土开发现状
38. Abstract: The crystal structure， wettability and floatability of diaspore and other gangues like kaolite， illite and pyrophyllite were discussed.
摘 要: 分析了我国铝土矿中一水硬铝石和铝硅酸盐脉石矿物的晶体结构与表面性质。
39. Abstract: The digestion behaviors of several mono-silicon minerals including kaolinite, illite, pyrophyllite in aluminate solution were investigated.
摘 要: 研究了高岭石、伊利石、叶蜡石等几种单体硅矿物在铝酸钠溶液中的溶出行为。
40. Abstract: The effects and mechanisms of sodium chloride on the flotation of diaspore and pyrophyllite with the cationic quaternary ammonium DTAL as a collector were studied.
摘 要: 采用季铵盐DTAL作捕收剂，研究了氯化钠对一水硬铝石和叶蜡石浮选的影响及其作用机理。
41. Abstract: Influences of phosphates on the dispersion of diaspore, kaolinite, illite and pyrophyllite were systematically investigated by sedimentation experiments.
摘 要： 采用沉降实验考查磷酸盐对一水硬铝石、高岭石、伊利石和叶蜡石分散行为的影响规律。
42. Influences of phosphates on the dispersion of diaspore, kaolinite, illite and pyrophyllite were systematically investigated by sedimentation experiments.
摘要采用沉降实验考查磷酸盐对一水硬铝石、高岭石、伊利石和叶蜡石分散行为的影响规律。
43. The plastic constitutive model which involves DP yielding principle and relevant flowing principle was selected for high pressure conduction medium pyrophyllite.
文章为高压传压介质叶蜡石选择了一个塑性本构模型,它包括DP屈服准则和相关联的流动准则。
44. The comprehensive utilization status of pyrophyllite mineral materials in China and its research orientation were introduced in the paper.
文章介绍了我国叶腊石矿物材料综合利用现状及研究方向。
45. New wells are the main mineral resources Township, lead and zinc,ying shi , crystal stone, silicon, fluorine stone, such as pyrophyllite.
新井乡主要矿产资源有铅锌、莹石、水晶石、硅、氟石、叶腊石等。
46. Development of Microfine Grade Pyrophyllite Product for Alkali-free Glass Fiber Pool Kiln Wiredrawing
无碱玻纤池窑拉丝级叶腊石微粉产品的开发
47. The mineral structure features,six physical-chemistry properties and mineral resources distribution of pyrophyllite are simply intrduced in this paper.
本文简要介绍了叶蜡石的矿物结构、六大性能特点以及资源分布情况;
48. Study on Stress Conducting Medium Materials of Pyrophyllite from Some Places of Origin
某些产地叶蜡石传压介质材料研究
49. The correlation between sealing performance and pressure conduction of pyrophyllite was discussed according to calculation result and error of finite el...
根据计算结果和有限元模拟的误差,就叶蜡石密封性和传压性间的关系进行了探讨。
50. Development Direction of Pyrophyllite Utilization in Zhejiang Province
浙江省叶蜡石开发利用发展方向
51. Pyrophyllite Resource and Its Utilization in Zhejiang Province
浙江省叶蜡石资源及其开发利用
52. Zhejiang is a province abundant in nonmetalic mineral resources where reserves of pyrophyllite and alumstone rank first in China.
浙江省是非金属矿产资源大省,叶腊石、明矾石等矿产储量居全国第一位。
53. Now,the new used methods and study scopes of pyrophyllite are researching,such as genetic mineralogy and type classify of pyrophyllite.
目前,人们正在研究进一步改进叶蜡石使用功能和范围的技术方法,如成因矿物学和类型分类方面的研究。
54. Keywords phase transition;high temperature and pressure;pyrophyllite;
相变;高温高压;叶蜡石;
55. The deformation properties of pyrophyllite powder compact after peak stress were changed from strain softening to ideal plasticity.
相比于粉压叶蜡石峰后从应变软化转化为理想塑性,天然叶蜡石表现出相对的脆性。
56. Keywords NASICON;mineral sold state electrolytes;fast ion conductor;pyrophyllite;rare earths oxide;
矿物固体电解质;快离子导体;叶腊石;稀土氧化物;
57. The scanning electron photomicrograph of aluminosilicate particle shows that the pyrophyllite particles take the shape of thin slice, but illite and kaolinite are particles with irregular appearance.
矿粒的扫描电镜照片表明： 叶蜡石颗粒主要呈薄片状；伊利石和高岭石颗粒呈不规则形状。
58. The flotability of pyrophyllite is best among three aluminosilicate minerals by using 1228 as the collector.
研究采用胺类捕收剂时铝土矿中一水硬铝石和含铝硅酸盐矿物单矿物的浮选行为。
59. Geologic Characteristics and Ore-finding Indicators of the Houyang Pyrophyllite Deposit in Fu'an, Fujian Province
福建福安上后洋叶蜡石矿床地质特征及找矿标志
60. pyrophyllite powder compact
粉压叶蜡石
61. It is found that both of reducing the grain size and the addition of pyrophyllite can improve the thermal shock resistance of the crucible, but the former is more effective.
结果发现:减小蜡石的粒径与加入量均可提高试样的抗热震性,但减小蜡石粒径对提高试样的抗热震性更有效;
62. The results show that the digestion rate of kaolinite, illite and pyrophyllite in aluminate solution is influenced by reaction conditions such as temperature.
结果表明，高岭石、伊利石、叶蜡石等单体硅矿物在铝酸钠溶液中的溶出速率受温度等反应条件的影响。
63. The numerical analysis results of the pressure distribution inside the pyrophyllite block were presented and the effect of the roasting temperature on the pressure-transmitting beh.
给出了叶蜡石内部压力分布的数值分析结果,考察了焙烧温度对叶蜡石传压性能的影响。
64. Quartz also undergo phase transformation under HPHT, but this change can be completed more rapidly than pyrophyllite;
腔体内部填充材料的热导率越小，温度梯度以及温度梯度随温度的变化幅度越大；
65. Influences of phosphates on the dispersion of diaspore,kaolinite,illite and pyrophyllite were systematically investigated by sedimentation experiments.
采用沉降实验考查磷酸盐对一水硬铝石、高岭石、伊利石和叶蜡石分散行为的影响规律。
66. Pyrophyllite developing utilizations in accordance with ten application fields are also intrduced.
针对叶蜡石的十大应用领域,对国内外叶蜡石开发利用作了介绍;
67. In the light of domestic productive situation and characteristics of pyrophyllite,measurements and suggests exploiting pyrophyllite have been put forward.
针对我国固体密封传压介质叶蜡石矿产资源的特点，提出了开发利用这种叶蜡石的措施和建议。
68. The presence of sodium chloride was determined to activate the flotation of pyrophyllite, leaving diaspore flotation unaffected.Zeta potential measurements corresponded to the flotation tests.
随着氯化钠浓度的增加，叶蜡石的浮选回收率显著提高，而一水硬铝石的可浮性受其影响很小。
69. Keywords confining bed;microcosmic study;pyrophyllite;Zhangcun No.3 coalmine;Xingtai mining area;
隔水层;微观研究;叶腊石;章村三井;邢台矿区;
70. The reaction activity of kaolinite, illite and pyrophyllite is obviously different and the reaction activity of pyrophyllite is the highest.
高岭石、伊利石和叶蜡石的反应活性存在较明显的不同，其中叶蜡石的反应活性最大。
71. Dehydration Experiment of Electrical Conductivity of Pyrophyllite at HTP
高温高压下叶蜡石脱水电导率实验
