助手标题  
全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多
查询帮助
意见反馈
   porcelain glaze 的翻译结果: 查询用时:0.183秒
图标索引 在分类学科中查询
所有学科
无机化工
更多类别查询

图标索引 历史查询
 

porcelain glaze
相关语句
  瓷釉
     This system has been applied to the determination of trace zirccnium in α-β Al2O3 and porcelain glaze samples with satisfacto ry results.
     该方法的线性范围为0~28μgZrO2/L,检测限为0.5μg/L,体系稳定,灵敏度高,用于α-βAl2O3及瓷釉中锆的测定,结果满意。
短句来源
     Water Emulsion Porcelain Glaze Imitating Coating
     水乳性仿瓷釉涂料
短句来源
     The average value of LRee/HRee of porcelain glaze and body of replica is higher than that of the celadon.
     仿宋瓷胎和瓷釉的轻稀土元素含量与重稀土元素含量比值 (即LRee/HRee)的平均比值大于古瓷胎的平均比值。
短句来源
     The result showed that the Ru porcelain glaze was fired in re-ducing atmosphere and the original firing temperature was deduced to be about (1150±50)℃.
     古汝瓷釉是在还原气氛中烧制的。 釉的烧成温度约为(1150±50)℃。
短句来源
     THE APPLICATION OF WASTE PORCELAIN POWDER IN THE FINE PORCELAIN GLAZE FOR DAILY USE
     废瓷粉在日用细瓷釉中的应用
短句来源
更多       
  陶瓷釉料
     Application of Silica Sol in Porcelain Glaze
     硅溶胶在陶瓷釉料中的应用
短句来源
     Ingredient Analysis of a Heat-Resisting Porcelain Glaze
     一种耐热陶瓷釉料的成分分析
短句来源
     The method has been applied to the determination of Zr in casting aluminum oxide and porcelain glaze with satisfactory results.
     所建立的方法用于熔铸氧化铝和陶瓷釉料中Zr的测定,结果与推荐值相符,对于w(Zr)=118%熔铸氧化铝测定6次,其RSD=088%。
短句来源
  “porcelain glaze”译为未确定词的双语例句
     Image of appearance microstructure in Ancient ceramics where investigated in this paper, Makes use of the method of stereology to analysis parameters and carry out quantitative symptom for each appearance body in ancient porcelain glaze, In order to offer data basis for the research and application of ancient ceramics.
     本文以古陶瓷复相显微结构图像为研究对象,利用体视学方法分析古陶瓷中釉的各相参数,并对其进行定量表征,为古陶瓷的研究与应用提供数据依据。
短句来源
     The contents of 29 elements in ancient Yaozhou porcelain glaze samples and the soil ore nearby museum of Yaozhou kiln are measured by neutron activation analysis(NAA), the NAA data are statistically treated by fuzzy cluster method and the trend fuzzy cluster diagram is obtained.
     用中子活化分析(NAA)技术测定古耀州瓷釉样品和耀州窑博物馆附近粘土矿样品中29种元素的含量,将这批NAA数据进行模糊聚类分析,得到动态模糊聚类分析图。
短句来源
     A SUMMARY OF THE STUDY ON THE LUMINOUS MATERIALS AND LUMINOUS PORCELAIN GLAZE
     发光材料及陶瓷发光釉的研究综述
短句来源
     The microelement Zn values of porcelain glaze and body of replica are also higher than that of celadon.
     仿宋瓷的胎和釉的微量元素Zn含量则明显高于古瓷Zn元素含量。
短句来源
     In order to seek for the origin relations between glaze raw materials of Yaozhou kilns of past ages,the content of 29 elements in ancient Yaozhou porcelain glaze samples are measured by neutron activation analysis(NAA),the NAA data are statistically treated by fuzzy cluster method.
     为了探讨历代耀州窑釉料之间的渊源关系 ,用中子活化分析 (NAA)技术测定古耀州瓷釉样品和耀州窑博物馆附近粘土矿样品中 2 9种元素的含量 ,将这批NAA数据进行模糊聚类分析 ,得到动态模糊聚类分析图。
短句来源
更多       
查询“porcelain glaze”译词为用户自定义的双语例句

    我想查看译文中含有:的双语例句
例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法,我们为您准备了出自英文原文的大量英语例句,供您参考。
  porcelain glaze
Influence of bone ash on the properties of porcelain glaze
      
Chalganovsk quartz sand as a new raw material for porcelain glaze
      
Using celestine to obtain low-temperature porcelain glaze
      
The moon-white Jun porcelain glaze contains Fe2O3, Fe3O4 and structural iron.
      
The glass preparation technology was related to the Chinese ancient bronze metallurgy and proto-porcelain glaze technology.
      


Study has been made on the chemical compositions and microstructures of the coatingsand glazes of more than 60 pieces of the painted pottery, black pottery with clay glaze,proto-porcelain and green-ware in Zhejiang Province starting from the Neolithic perioddown to the present day, thereby the formation and development of the green glaze ofZhejiang Province is traced. The development of the green glaze in Zhejiang Province can be envisaged to havegone through the following four stages: 1.Pre-Shang period: Nurturing...

Study has been made on the chemical compositions and microstructures of the coatingsand glazes of more than 60 pieces of the painted pottery, black pottery with clay glaze,proto-porcelain and green-ware in Zhejiang Province starting from the Neolithic perioddown to the present day, thereby the formation and development of the green glaze ofZhejiang Province is traced. The development of the green glaze in Zhejiang Province can be envisaged to havegone through the following four stages: 1.Pre-Shang period: Nurturing stage (about 5000 B.C.~1600 B.C.), 2.Shang and Zhou period: Forming stage (1600 B.C.~220 B.C.), 3.Han, Jin, Sui, Tang and Five Dynasties period: Maturing stage (206 B.C.~A.D.960), 4. Song till present day period: Enhancing stage (A.D. 960-present day). The chemical compositions and microstructures of the coatings and glazes of the 4 stageshave distinctive features, particularly, in that as the main flux of the glaze RO (CaO+MgO) contents show distinct and regular changes. In the Pre-Shang period, the RO contentwas rather low generally less than 5%;in the Shang and Zhou period it increased to notmore than 15%; in the Han till Five Dynasties period, it increased to 18%~20%, whilein the Song till present day period, it again dropped to below 15%, usually around10%. The R_2O (K_2O+Na_2O) and Fe_2O_3 contents showed relevant changes with the increaseor decrease of RO content, but the variation was comparatively small, generally less than6%. In the said historical period, the change of the RO content in the glazes appeared tohave been: low-high-low. The porcelain glaze in Zhejiang area, thus, developed to befirst as a unique and traditional lime glaze, and later as unparalleled form of lime-alka-line glaze. From the research works done on several tens of the painted pottery, proto-porce-lain, green ware and white porcelain of the various historical periods in the north andsouth areas of China,the author arrived at the conclusion, that with the exception of theTang white porcelain glaze and a few others, the development of the green glaze inChina as a whole follows the same pattern as that of Zhejiang Province.

通过浙江地区自新石器时期一直到近代的60多个彩陶、泥釉黑陶、原始瓷和青瓷的涂层、彩及釉的化学成分和显微结构的研究,找出了浙江青瓷釉的形成和发展的规律。 随着时代的进展,我国浙江青瓷釉的发展过程可以从4个历史时期划分为4个阶段:(1)商前时期的釉的孕育阶段(公元前5000年~公元前1600年);(2)商、周时期的釉的形成阶段(公元前1600年~公元前220年);(3)汉、晋、隋、唐、五代时期的釉的成熟阶段(公元前206年~公元960年)和(4)宋到现代的釉的提高阶段(公元960年至今)。这4个阶段在釉的化学组成上和显微结构上都有明显的差别,特别是作为釉的主要熔剂的RO(CaO+MgO)的含量有着明显的有规律的变化。如商前时期RO的含量一般不超过5%。商、周时期虽有所增加,但一般也不超过15%。汉至五代则增加到不低于18%,一般在20%上下,宋以后,则又降低到不超过15%。一般在10%左右。在RO发生变化的同时,R_2O(K_2O+Na_2O)和Fe_2O_3也发生相应的变化,但变化范围是比较小的,一般只在6%以下。在整个历史阶段,釉中RO的含量形成先低、后高、再低的变化规律,使我国的瓷釉先形成独具风格的传统的石...

通过浙江地区自新石器时期一直到近代的60多个彩陶、泥釉黑陶、原始瓷和青瓷的涂层、彩及釉的化学成分和显微结构的研究,找出了浙江青瓷釉的形成和发展的规律。 随着时代的进展,我国浙江青瓷釉的发展过程可以从4个历史时期划分为4个阶段:(1)商前时期的釉的孕育阶段(公元前5000年~公元前1600年);(2)商、周时期的釉的形成阶段(公元前1600年~公元前220年);(3)汉、晋、隋、唐、五代时期的釉的成熟阶段(公元前206年~公元960年)和(4)宋到现代的釉的提高阶段(公元960年至今)。这4个阶段在釉的化学组成上和显微结构上都有明显的差别,特别是作为釉的主要熔剂的RO(CaO+MgO)的含量有着明显的有规律的变化。如商前时期RO的含量一般不超过5%。商、周时期虽有所增加,但一般也不超过15%。汉至五代则增加到不低于18%,一般在20%上下,宋以后,则又降低到不超过15%。一般在10%左右。在RO发生变化的同时,R_2O(K_2O+Na_2O)和Fe_2O_3也发生相应的变化,但变化范围是比较小的,一般只在6%以下。在整个历史阶段,釉中RO的含量形成先低、后高、再低的变化规律,使我国的瓷釉先形成独具风格的传统的石灰釉,然后再发展成为独树一帜的石灰-碱釉。 结合数10个我国南北各地历代的青瓷釉和白瓷釉的化学成分的研究。发现除少数例外?

This is a review on the raw materials used for ancient traditional porcelains in Northern and Southern famous Kiln areas of China. The relations between the usages of china stone and the invention of China's porcelain are described here. The characteristics of china stone and kaolin and their important role in the development of Southern porcelains are discussed, As porcelain stone widely occurred in South China, which mainly consist of quartz and sericite, the ancient Southern porcelains possessed...

This is a review on the raw materials used for ancient traditional porcelains in Northern and Southern famous Kiln areas of China. The relations between the usages of china stone and the invention of China's porcelain are described here. The characteristics of china stone and kaolin and their important role in the development of Southern porcelains are discussed, As porcelain stone widely occurred in South China, which mainly consist of quartz and sericite, the ancient Southern porcelains possessed high siliceous characteristics. Since the beginning of the Yuan to Qing dynasties, more and more kaolin was added to the bodies to improve the quality of Jingdezhen porcelain. The glazes in South China were prepared with a mixture of china stone and grass wood ash or glaze ash (limestone was calcined together with grass wood ash). The Northern raw materials used for porcelain bodies were mainly various kinds of clay minerals. Feldspar, quartz, and dolomite or calcite were used for Northern porcelain glazes.

本文综述了中国南、北方名窑区用于制作古代传统瓷器的原料。阐述了中国瓷器的发明和瓷石使用的关系。讨论了瓷石和高岭土的特征及其在南方瓷器发展中所起的重要作用。中国南方盛产瓷石,而瓷石主要由石英和绢云母所组成,故古代南方瓷器具有富硅质的特征。从元代开始至清代,越来越多的高岭土加入到瓷胎中,从而改善了景德镇瓷器的质量。南方瓷釉是用瓷石加草木灰或釉灰(石灰石与草木一起煅烧而成)配成。北方瓷胎主要采用各种类型的粘土矿物原料。北方瓷釉则是采用长石、石英和白云石或方解石等矿物原料。

From the results of study,it was found that: The using amount of raw materials were kaolin 10—25% and porcelain stone 90—75% for the blue—and—white porcelain bodies in Yuan and Ming Dynasties,and were kaolin 30—60% and porce lain stone 70—40% in Qing Dynasty.For the blue—and—white porcelain glazes,their raw materials were glaze stone and glaze ash in successive dynasties.It was little that the relationship bettween their changes of composition and era.To the samples of emperor kiln,the...

From the results of study,it was found that: The using amount of raw materials were kaolin 10—25% and porcelain stone 90—75% for the blue—and—white porcelain bodies in Yuan and Ming Dynasties,and were kaolin 30—60% and porce lain stone 70—40% in Qing Dynasty.For the blue—and—white porcelain glazes,their raw materials were glaze stone and glaze ash in successive dynasties.It was little that the relationship bettween their changes of composition and era.To the samples of emperor kiln,the using amount of glaze ash was related to thick- ness of body.As a rule,porcelain glazes of thick body contained high amount of glaze ash(9—16%),that of medium thickness body contained a medium amount of glaze ash(7—13%),that of thin body contained a small amount of glaze ash(1—10%).

通过分析证明,元、明代青花瓷胎的配料大致是高岭土10——25%,瓷石90——75%,而清代配料是高岭土30——60%,瓷石70——40%。历代青花瓷釉是由釉石加釉灰配成,它们的组分变化与年代关系较少。对于官窑青花来说,在瓷釉配料中釉灰的加入量与瓷胎的厚度有一定关系,一般厚胎釉灰加入量高(9——16%),中胎居中(7—13%),薄胎较少(1—10%)。

 
<< 更多相关文摘    
图标索引 相关查询

 


 
CNKI小工具
在英文学术搜索中查有关porcelain glaze的内容
在知识搜索中查有关porcelain glaze的内容
在数字搜索中查有关porcelain glaze的内容
在概念知识元中查有关porcelain glaze的内容
在学术趋势中查有关porcelain glaze的内容
 
 

CNKI主页设CNKI翻译助手为主页 | 收藏CNKI翻译助手 | 广告服务 | 英文学术搜索
版权图标  2008 CNKI-中国知网
京ICP证040431号 互联网出版许可证 新出网证(京)字008号
北京市公安局海淀分局 备案号:110 1081725
版权图标 2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社