1) basic dye pigments
碱性染料颜料
2) basic color
碱性颜料
3) alkali resistant pigment
耐碱性颜料
1.
Non-sintering dry mixing method was adopted for fine grinding of components with optimum proportions obtained from orthogonal experiment and alkali resistant pigment in oscillating mill so as to make colored dry powder mortar with better color eff.
运用正交试验,确定各组分最佳掺入量;同时,采用非烧结干掺混合法,将正交试验得到的最佳配比组分和耐碱性颜料,共同放入振动研磨机内磨细,制成色彩效果良好的彩色砂浆粉。
4) pigment resistance to alkali
颜料耐碱性
5) Alkaline dye
碱性染料
1.
Progress in determination of precious metals by alkaline dye in China;
碱性染料测定贵金属在中国的新进展
6) Basic dyes
碱性染料
1.
Based on the special treatment of sodium hypochlorite on C/PP compound knitting, the factors, such as dosage of the dispersant, sodium chloride, dyeing temperature and time, affecting on the dyeing performance of the fabric with reactive/basic dyes in one-bath process was studied.
在用次氯酸钠溶液进行氯漂/氯化的基础上,重点研究了用活性染料/碱性染料同浴对棉盖丙复合针织物染色时,分散剂的用量、碱剂的用量、染色温度、染色时间等因素对染色效果的影响。
2.
The effect of β-cyclodextrin (β-CD) on the electrochemical properties of 15 different structural basic dyes in different supporting electrolytes was studied by the single-sweep polarography;The inclusion constants of basic dyes with β-CD were determined based on “electric current method”.
采用单扫描极谱法考察了 β 环糊精对 15种不同结构类型的碱性染料在不同支持电解质中电化学性质的影响 ;用“电流法”测定了包结常数 ;比较了不同主客体分子之间的包结作用 ,探讨了包结物在形成过程中的多种影响因素。
3.
A new highly sensitive spectrophotometric method for the determination of osmium has been developed,based on the reaction of osmium with molybdate and basic dyes to form an ion association complex in the presence of polyvinyl alcohol.
在聚乙烯酸（ＰＶＡ）存在下，锇与铅酸铵和碱性染料（罗丹明Ｂ，了基罗丹明Ｂ，耐尔蓝）形成离子缔合物，不同碱性染料所形成的缔合物服从比耳定律的浓度范围和摩尔吸光系数分别是：０￣１。
补充资料：碱性染料颜料
分子式：
CAS号：
性质：主要是指以碱性水溶性染料为母体与杂元酸(如磷钨酸、磷钼酸、磷钨钼酸)以及单宁酸等，生成不溶性色淀类颜料。他们基本保持了碱性染料的鲜艳度与高的着色强度，而且耐光性能有较明显提高。色谱以紫、蓝、绿色为主。例如三芳甲烷类色淀，C.I.颜料紫3、颜料蓝14、颜料蓝61、颜料绿1、颜料绿2等，氧蒽类色淀，如C.I.颜料红81、颜料红82等。
CAS号：
性质：主要是指以碱性水溶性染料为母体与杂元酸(如磷钨酸、磷钼酸、磷钨钼酸)以及单宁酸等，生成不溶性色淀类颜料。他们基本保持了碱性染料的鲜艳度与高的着色强度，而且耐光性能有较明显提高。色谱以紫、蓝、绿色为主。例如三芳甲烷类色淀，C.I.颜料紫3、颜料蓝14、颜料蓝61、颜料绿1、颜料绿2等，氧蒽类色淀，如C.I.颜料红81、颜料红82等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条