1)  color applicator,color roll
着色辊，着色装置
2)  coloring
着色
1.
Trouble-shootings of coloring of anodic oxidation film on aluminum and its alloy;
铝阳极氧化膜层着色故障处理
2.
Right selection of the coloring process for brass deposit and its application;
黄铜镀层着色工艺的选择和应用
3.
Study on the Technology of Electrolytic Red Coloring on Aluminum Alloy Profile;
铝合金型材电解红色着色技术研究
3)  pigmentation
着色
1.
Study on pigmentation of field medical chest by rotational molding;
野战医疗箱旋转模塑工艺条件下着色研究
2.
Effects of P,K and Ca on the pigmentation of Sanyuehong litchi(Litchi chinensis Sonn. cv. Sanyuehong) fruits;
磷、钾和钙元素对三月红荔枝果皮着色的影响
3.
The peel pigmentation in relation to pigment content of litchi;
荔枝果皮着色与色素含量的关系
4)  coloration
着色
1.
Coloration and Luminescence of Nanometer Silver Particles;
纳米银粒子的着色与发光
2.
Effect of Genistein on Promotion of Fruit Coloration in Peaches;
金雀异黄素促进桃果实着色的效应
3.
Effect of 5-Aminolevulinic Acid on Enhancing Apple Fruit Coloration;
5-氨基乙酰丙酸促进苹果果实着色的效应
5)  colouring
着色
1.
Effects on Changes of Dominating Pigment Contents in Peel of Cara Cara(Citrus sinensis Osbesk) and Fruit Colouring after Exogenous ABA and GA3 Treatments;
外源ABA和GA_3对红肉脐橙果皮主要色素含量变化和果实着色的影响
2.
Through analyzing the mechanism and effect factors of ion colouring in glass, the methods of how to control the colour-coordinate of colour picture tube glass in production process are presented.
通过直接熔制实验并把获得的大量试验数据经过数学回归 ,确定了着色剂Co3O4 ,NiO与彩色屏玻璃的色品坐标及透射比之间的定量关系和计算公式。
6)  colouration
着色
1.
Using orthogonal design, this paper carried out researches on the technology and formula of colouration of activated carbon, and measurement of its performence parameters.
本试验对着色活性炭的制造工艺及配方和性能参数测定进行了研究，研制方法采用乳化法，通过正交试验找出了较佳配方：二氧化钛８份，水６０份，稳定剂６份，粘结剂１０份。
2.
Developments in the study of mechanism of apple colouration and influence factors are reviewed from the aspects of the structure and biosynthesis of anthocyanin genetic characters of tree species, environmental factors and related cultivation measure
本文从花青苷的结构、生物合成过程、种性（遗传育种）和环境因子及相应的栽培措施等方面综述了目前对苹果果实着色机理和影响因素的研究状况。
参考词条
补充资料：低着色残差炭黑
分子式：
CAS号：

性质：亦称低着色残差炭黑(low hysteresis carbon black)，是国外20世纪80年代中期开发的一个炭黑新品种。它的结构较高，加工性能好，炭黑聚集体直径分布宽。用于轮胎可以赋予胶料较低的生热性、低滚动阻力和良好的耐磨性，是节能降耗的优良品种。其生产方法一般采用梯级式反应炉，两级喷油：一级是通过轴向伸入的探管，由里向外；另一级是通过喉管喷油点由外向里，由此而生成低滞后炭黑。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。