色料

sè liào
  • Colorant;pigment
色料色料
色料[sè liào]
  1. 高温自蔓延法合成ZnCr2O4绿色尖晶石型陶瓷色料

    Study on Preparation of zncr_2o_4-spinel green ceramic pigment by self-propagating high-temperature synthesis

  2. 实验结果表明:烧成温度为930℃、保温时间2h、升温速率6~8℃/min、色料加入量为6wt%时,可合成对各种基础釉适应性强、呈色较理想的锆铁红色料。

    Iron Zircon pigments which showed excellent color and good adaption to basic glazes were synthesized at the following conditions : firing temperature 930 ℃, preservation time 2 hours , velocity of heating 6 ~ 8 ℃ / min , adding amount of pigment 6 % .

  3. 漆布一般由底基层,色料层和光漆层组成。

    Current uses by subbase layer and color pigments , varnishes tier .

  4. Nd2O3-SiO2系颜料颗粒度对釉呈色的影响粒度对高温色料色度的影响

    The Effect of Pigment Particle Size in Nd_2O_3-SiO_2 System On Glaze Colour

  5. 用SHS法合成陶瓷色料应注意的几个问题

    The problems on ceramic pigments produced by SHS method

  6. 矿化剂在ZrO2-SiO2系陶瓷色料合成过程中作用机理浅探

    A Discussion on the Mechanism of Mineralizer Action in the Synthesis of ZrO_2-SiO_2 Ceramic Pigments

  7. K-M函数、Atherton函数和CI函数在色料反射率R∞不是很大时,都主要是反射率的反商函数。

    Atherton function , K-M function and CI function are essentially reciprocal functions of reflectance for all but large values of R_ ∞ .

  8. 按理论上来讲,CMY色料不一原色可以还原我们想给的颜色。

    According to the theory , CMY subtractive can restore the color we want .

  9. 采用固相法合成铬钇铝红色料并对色料进行了XRD测试,讨论了矿化剂对色料呈色的影响和矿化剂对红色料的作用机理,确定了比较适合的矿化剂种类和用量。

    The Cr-Y-Al Red Pigment is synthesized with ceramic method , and is discovered by XRD , Influence and affecting mechanism of mineralize on color is discussed , The variety and concentration of mineralize which suits the Cr-Y-Al Red Pigment is determined .

  10. 通过实验和工厂案例说明STARCOTE分散体改善了纸张的抗水性、喷墨打印适性及色料附着性。

    And through the laboratory experiment and commercial use , the improvement of water-resistance , ink-jet printability and toner adhesion of paper by the STARCOTE ( r ) dispersion was introduced .

  11. 通过研究认为铬钇铝红是一种具有钙钛矿型结构的新型陶瓷色料,其主要化学组成是稀土氧化物Y2O3和三氧化二铝(Al2O3),Cr2O3作为着色氧化物引入。

    Through the research , we think that the Cr-Y-Al red pigment is a kind of new ceramic pigment that has the perovskite structure . Its main chemical composition are rare earths Y 2O 3 and aluminum oxide ( Al 2O 3 ) and Cr 2O 3 is colour oxide .

  12. 油漆制造厂中输送油漆、树脂及色料。

    Paints manufacturing factory conveying for paits , resins and pigment .

  13. 陶瓷色料中添加发色离子的状态与反应

    The behavior and reaction of doped coloring ions in ceramic pigments

  14. 钒-锆蓝陶瓷色料的制备及其性能

    The Preparation and Properties of Zircon & Vanadium Blue Ceramic Pigment

  15. 各种各样用来生产彩色油墨的色料也发展起来了。

    Various new pigments for producing colored inks were also developed .

  16. 陶瓷色料在低温透明琉璃瓦釉中的应用研究

    Research on the use of ceramic pigments in low-temperature transparent glaze

  17. 论陶瓷坯用色料的应用和展望

    Discussion on the application and development of the ceramic body stain

  18. 色料三原色Y、M、C&正确用光、用色

    Process Colors Y M C & To Use Light and Color Correctly

  19. 文件人为老化的机理有纸张老化机理和色料老化机理。

    The mechanism of artificial ageing are paper ageing and color ageing .

  20. 提高深兰色料着色力的研究

    Research on Improving the Coloring Capability of the Navy-blue Color

  21. 陶瓷色料真密度的测定和研究

    Determination and study of the true density of ceramic colorant

  22. 陶瓷色料的制备及选择应注意的几个问题

    Ceramic Pigments Manufacture and Considerations of its Choosing for Glaze

  23. 细乳液聚合制备聚苯乙烯包覆溶剂蓝36的纳米色料

    Encapsulation of Solvent Blue 36 into Polystyrene Latex Particles by Miniemulsion Polymerization

  24. 用晶包含色料制备系列红色釉

    Preparation of A Series of Red Glazes Crystal-Encapsulated Pigment

  25. 论陶瓷色料的组成、分类、命名和标准化

    Review on component , classification , nomenclature and standardization relating to ceramic colors

  26. 沉降法测定色料颗粒分布的研究

    Study on particle distribution of pigment by sedimentation process

  27. 粒度对高温色料色度的影响

    The effect of the pigment particle size on the high temperature glaze coloration

  28. 圆网印花机色料自动检测控制单元的改造

    Improve for the Automatic Measurement and Controlling Unit of the Round Net Printer

  29. 唐山卫生瓷用釉与色料的应用

    Application of Glaze and Stain to Tangshan Sanitary Pottery

  30. 溶胶-凝胶法在陶瓷色料制备中的应用

    The application of sol-gel technique in ceramic pigment preparation