防伪油墨

将最终产物添加到油墨中制备出防伪油墨，同时配制出普通油墨，通过调节染料用量使印刷出的防伪图案和普通图案在可见光范围内颜色一致。

In order to compose the security ink , the final sample was mixed with the ink . Some common ink was made at the same time . The security logo color can consistent with the ordinary one in visible light through adjusting the amount of the dyestuff .

上转换发光纳米ZrO2的制备及在红外防伪油墨中的应用

Studies on Preparation of Nano-ZrO_2 with Upconversion Luminescence and Its Application in Infrared Stealth Falsification Resistant Ink

紫外荧光防伪油墨又称紫外线激发荧光防伪油墨。

Fluorescent anti-counterfeit printing ink also called UV light excited fluorescent anti-counterfeit printing ink .

防伪油墨用新型有机荧光剂的合成及应用研究

Research on Synthesis and Application of a New Organic Fluorescent Reagen Used as Falsification-resistent Ink

为减少误差本论文通过进行8组平行实验来对防伪油墨性能进行评价。

In order to reduce experimental error , this paper made eight parallel experiments to evaluate the security inks properties .

磁性防伪油墨具有外观色深、检测仪器简单、防伪效果突出等优点，是一种重要的特种防伪油墨。

Magnetic ink is a kind of important special anti-forgery ink , with dark-color appearance , simple testing equipment , remarkable anti-counterfeiting .

尖晶石型铁氧体是最常用的磁性防伪油墨颜料，因此，制备高性能的尖晶石型铁氧体磁性粒子是获得高质量磁性油墨的关键。

Spinel ferrite is the most common magnetic ink pigments . Preparation of high-performance ferrite pigments is the key to prepare magnetic ink .

结果表明多重防伪油墨部分核心原料和介质采用进口的材料，各方面都没有问题。

The results show that part of the core material of multiple anti-counterfeiting printing ink and media use of imported materials , all aspects of no problems .

有机防伪荧光油墨的配制研究

Research on Composition of An Organic Falsification-resistent Fluorescent Ink

本文对基于GPS和随机加密算法数码防伪技术和多重油墨防伪技术如何应用于出境木质包装检疫监管工作进行了研究。

In this paper , based on GPS and a random encryption algorithms of digital anti-counterfeiting technology and multi-ink anti-counterfeiting technology to wood packaging used in exit quarantine supervision were studied .

主要从防伪纸张、防伪技术、防伪油墨三方面对包装防伪作了概述。

Packaging false proof technology is surveyed in the aspect of paper , techniques and printing ink .

很多生产厂家为了保护切身利益采用各种各样的防伪技术，如激光防伪、油墨防伪等，但这些防伪技术容易被造假者模仿，防伪功能十分有限。

Many legal manufacturers have used many kinds of technologies such as laser anti-counterfeit and ink anti-counterfeit to protect their profit . However , these technologies can be imitated easily , and their anti-counterfeit functions are limited .