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coloring mechanism     
相关语句
  着色机理
     Anodizing coloring mechanism of titanium and its alloys was analyzed to make sure the relationship of fiun thickness and coloring power source, so that the technological method and current design parameters were deduced to keep the color consistence of bath production, which provided an available method for coloring of titanium and its alloys.
     着色电源稳压精度的高低直接影响着色膜的质量,批量化生产对着色电源的稳压精度要求更高。 分析了钛及钛合金阳极氧化着色机理及色膜厚度与氧化着色电源之间的关系,得出了保证成批量着色颜色一致性的工艺方法及电流设计参数,为钛及钛合金着色的应用提供了一种可用的方法。
短句来源
     The structure of the coating and coloring mechanism were studied.
     研究了涂层结构及着色机理.
短句来源
     Coloring mechanism and steadiness of brown glaze is expounded. Color of glaze is dependent on valence of coloring oxide. The factors influenced on valence of coloring metallic ion and recrystallization in fusing glaze is discussed.
     叙述了棕釉的着色机理及其稳定性 ,指出釉的颜色取决于着色氧化物的价态 ,讨论了不同变价离子之间的关系及烧釉工艺对棕釉着色性能的影响 ,并分析了棕釉析晶的产生机理及其对棕釉着色的影响。
短句来源
     The relative content of structural iron (Fe~(2+),Fe~(3+)) in the glaze and the quantitative relationship between the main wavelength of glaze in (various) colors are determined by Mssbauer spectrum. Thus the coloring mechanism of Guan porcelain is investigated.
     用穆斯堡尔谱测定釉中结构铁(Fe2+、Fe3+)的相对含量与各种釉色主波长之间的定量关系,从而揭示郊坛官瓷的着色机理
短句来源
     Formulas of five chemical and four electrochemical coloring methods were examined and compared. Coloring mechanism was elucidated.
     着重对目前应用广泛的五种化学着色和四种电化学着色工艺进行比较,并考察了着色机理
短句来源
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  呈色机理
     (C) The coloring mechanism of the sky-green glaze are associated with Fe~(2+)/(Fe~(2+)+Fe~(3+)) and the distributed small Fe_2O_3 and Fe_3O_4 particles in the light blue glassy substance of FeO.
     3.天青釉呈色机理与结构铁Fe~(2+)/(Fe~(2+)+Fe~(3+))的比值以及淡蓝色的玻璃态物质FeO·SiO_2中均匀分布着Fe_2O_3和Fe_3O_1小颗粒有关。
短句来源
     A brief explanation to coloring mechanism of glaze of change color was given in accordance with theory of optical absorption and scattering.
     根据光吸收和光散射理论扼要地阐明了釉的呈色机理
短句来源
     A brief explanation to coloring mechanism of glaze of change color was given in accordance with theory of optical absorption and scattering.
     根据光吸收和光散射理论扼要地闸明了釉的呈色机理
短句来源
     The paper studies the Sn-Sb grey pigment crystal structure and coloring mechanism,the influence of raw material and firing curve on pigment synthesis was analysized by means of XRD SEM particle-size analyzer and colorimeter.
     利用XRD、SEM、粒度分析仪和色度测量仪研究了锡锑灰色料晶体结构和呈色机理 ,分析了原料和烧成制度对色料合成的影响。
短句来源
     Thus, the coloring mechanism and firing technology of Ru porcelain are revealed entirely.
     探讨了汝瓷的呈色机理和烧制技术 .
短句来源
  成色机理
     Approach on Colority and Coloring Mechanism of Ancient Yunnan Black Copper
     乌铜保护膜色度和成色机理探讨
短句来源
  赋色机制
     COLOR CENTER AND COLORING MECHANISM OF IRRADIATED BERYL
     辐照绿柱石的色心与赋色机制
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  coloring mechanism
The second phase of TPDR schedules remaining messages of all processors that with degree-2 and degree-1 using an adjustable coloring mechanism.
      
A new concept of the coloring mechanism of copper ruby glass
      
The changes of magnetism of the glaze and body materials in the firing process and the coloring mechanism of the sky-blue Jun porcelain are analyzed in the present paper.
      
The coloring mechanism of these glazes is discussed.
      
The coloring mechanism of the sky-green glaze and the variation of its magnetism in the firing process are also investigated in the present paper.
      
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A preliminary study on several Jun ware sherds was completed in september 1981.Fourtypes of characteristic structure existing in Jun glaze were confirmed, with convincingevideaces of liquid phase separation structures in the glaze. Based on these results, eleventypical Jun sherds of the Song and Yuan Dynasties were collected and investigated. The chemical compositions of the eleven samples, both of the glaze and body weregiven.The glaze and body formulas in different periods of the Song and Yuan Dynastieswere...

A preliminary study on several Jun ware sherds was completed in september 1981.Fourtypes of characteristic structure existing in Jun glaze were confirmed, with convincingevideaces of liquid phase separation structures in the glaze. Based on these results, eleventypical Jun sherds of the Song and Yuan Dynasties were collected and investigated. The chemical compositions of the eleven samples, both of the glaze and body weregiven.The glaze and body formulas in different periods of the Song and Yuan Dynastieswere compared respectively. The optical properties and element constituents of the interlayer between the glaze andthe body were studied by optical microscopy (OM) and energy dispersion X-ray spectrometer(EDX) respectively which brings the conclusive results that the interlayer is ananorthite crystalline layer produced due to the reaction between the glaze and the body.For all the specimens, liquid phase separation structures were observed generally by DTEMand a systematic measurement of liquid droplet size distribution was carried out.The globaldroplets and the r<λ (~500A) conform to the critical condition for Rayleigh scattering. Abrief explanation to opalescent mechanism of Jun glaze was given in accordance with Ray-leigh theory. Cubic crystallites of cuprite (Cu_2O) were discovered to be existing in red Jun glaze ofthe specimens which were thinned by ion bombardment as observed with DTEM and ana-lysed with EDX.Hence an inference can be drawn from these results that the red liquidphase droplets contain Cu~+ ion, which causes coloration by selective absorbing and scat-tering of incident light waves. The greyish blue particles in the red region were found and investigated by STEM,EDX and ED and proved to be small polycrystalline particles of chalcocite (Cu_2S), whichcontrols the coloration of Jun glaze from violet to red as a result of different proportions ofparticles and droplets. The mechanism of coloration of Jun ware is thus solved and the door to further inves-tigation of coloring mechanism of copper red glaze is now opened. Finally, three possible sources of sulfur are discussed briefly. We conclude that sulfurcontaining copper ore may be one of the raw materials used in the manufacturing of thered Jun glaze in the Song and Yuan Dynasties.

以往普查了几个钧瓷残片,证实釉中存在4 种结构特征,找到了液相分离结构的确凿证据。在此基础上本文搜集和研究了有代表性的宋、元钧瓷残片11种。 分析了11种胎釉的化学组成,比较了宋、元不同时期的釉式和胎式。 用光学显微术(OM)和能散X 射线(EDX)研究了中间层晶相的光学性质和元素成分再次得到了中间层是胎、釉反应后生成钙长石结晶层的结论。 用DTEM观察了全部试样的液相分离结构,系统地测量液相小滴的粒度分布。圆球形的小滴及其r<λ正是Rayleigh 散射严格要求的条件。根据Rayleigh 理论扼要地阐明钧瓷乳光的机理。 用离子轰击减薄法制得的试样,以DTEM观测发现并由ED 证实钧瓷红釉有Cu_2O 的完整立方晶体,由此推断其附近的红色液相小滴中含有Cu~+离子,说明它在小滴中引起选择性吸收并通过散射而呈色。 用STEM,EDX和ED研究流纹状的灰蓝色颗粒,发现和证明其为辉铜矿Cu_2S 多晶小珠,以其含量的多寡与红色液相小滴配合,控制着红钧釉从紫到红的呈色。解决了钧瓷呈色问题。为今后研究铜红釉呈色机理开拓了广阔的途径。 最后,扼要地讨论了S元素的三种可能来源。同时得到了宋、元钧瓷红釉可能是用含硫铜矿石为...

以往普查了几个钧瓷残片,证实釉中存在4 种结构特征,找到了液相分离结构的确凿证据。在此基础上本文搜集和研究了有代表性的宋、元钧瓷残片11种。 分析了11种胎釉的化学组成,比较了宋、元不同时期的釉式和胎式。 用光学显微术(OM)和能散X 射线(EDX)研究了中间层晶相的光学性质和元素成分再次得到了中间层是胎、釉反应后生成钙长石结晶层的结论。 用DTEM观察了全部试样的液相分离结构,系统地测量液相小滴的粒度分布。圆球形的小滴及其r<λ正是Rayleigh 散射严格要求的条件。根据Rayleigh 理论扼要地阐明钧瓷乳光的机理。 用离子轰击减薄法制得的试样,以DTEM观测发现并由ED 证实钧瓷红釉有Cu_2O 的完整立方晶体,由此推断其附近的红色液相小滴中含有Cu~+离子,说明它在小滴中引起选择性吸收并通过散射而呈色。 用STEM,EDX和ED研究流纹状的灰蓝色颗粒,发现和证明其为辉铜矿Cu_2S 多晶小珠,以其含量的多寡与红色液相小滴配合,控制着红钧釉从紫到红的呈色。解决了钧瓷呈色问题。为今后研究铜红釉呈色机理开拓了广阔的途径。 最后,扼要地讨论了S元素的三种可能来源。同时得到了宋、元钧瓷红釉可能是用含硫铜矿石为原料的结论。

The growth of stabilized cubic zirconia crystals doped withsome substances is reported.The effect of doping with two kinds of substanceand the coloring mechanism were investigated.Treatments by heating andradiating were carried out.

本文报导了立方氧化锆晶体的掺质生长,其中包括单掺质和双掺质生长,以及掺质后晶体所受的影响。将着色晶体作了热处理和Υ射线辐照处理。对晶体颜色的形成规律作了初步探讨。

Samples of Jun ware of Liu Jia Gou, Yu County, Henan Province, were studied by means of optical microscopy and electron microscopy. It is found that, in the giaze, there are metallic copper particles of diameter up to 350μm and some of micro-, even submicro-dimensions. A lot of submicro copper particles give a golden scattering light with slight pink hue in the dark field of optical microscope and a greyish red colour in visual observation. It is estimated that metallic copper may exist in the form of copper...

Samples of Jun ware of Liu Jia Gou, Yu County, Henan Province, were studied by means of optical microscopy and electron microscopy. It is found that, in the giaze, there are metallic copper particles of diameter up to 350μm and some of micro-, even submicro-dimensions. A lot of submicro copper particles give a golden scattering light with slight pink hue in the dark field of optical microscope and a greyish red colour in visual observation. It is estimated that metallic copper may exist in the form of copper dusts or impurities acting as a source of red coloring agent.The coloring mechanism of copper in Jun glaze may be different in different cases.It is found for the first time that there are interpenetrating phase-separation structure and secondary phase-separation phenomenon in the Jun glaze.

用光学显微术和电子显微术研究了河南禹县神垕镇刘家沟的钧瓷标本。发现在釉中含有直径达350μm的显微以及亚显微尺寸的金属铜颗粒。无数的亚显微铜粒在暗场显微镜下呈金黄色散射并略带微红色调,肉眼观察则呈灰红色。估计金属铜可能以铜屑或杂质存在作为钧釉红斑着色的一种原料来源。铜对钧釉着色的机理也可能不只一种。 首次发现钧釉有两液相分离的穿插结构和第二次液相分离的现象。

 
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