1) ink temperature
油墨温度
1.
The relationship between ink temperature and solvent consumption,the ink consumption and print quality test indicators,such as reflection density,gloss,and dot structure were studied.
研究了油墨温度与溶剂的消耗量、油墨的消耗量以及印品的反射密度、光泽度、网点等质量检测指标的关系。
2) ink viscosity
油墨黏度
1.
The influence of ink viscosity on printing quality was studied.
水基油墨的粘度在柔性版印刷过程中是一个重要的因素,主要研究不同油墨黏度时对印刷质量的影响。
2.
Printing pressure,printing speed,paper smooth and ink viscosity are taken as factors among numerous influencing factors.
得出各因素对油墨转移率的影响趋势,并指出油墨黏度是影响油墨转移率的主要因素。
3) ink viscosity
油墨粘度
1.
In order to explore the influence of ink viscosity on the printing characteristic of gravure,a series of color batch with different length of ink cell diagonal were engraved on the gravure cylinder by using electronic engraving machine.
结果表明:油墨粘度减小导致最小密度值和密度跃升提前,密度饱和段明显,最大密度值减小。
2.
The influence of ink viscosity on print quality was analyzed through experiments; the quality parameters were solid density,color value,and gloss.
完成了不同油墨粘度对印刷质量中的实地密度、色彩值、光泽度影响的系统实验,利用置信区间对数据进行处理,得到了不同粘度油墨下的实地密度、色彩值、光泽度,与实际印刷相结合,得到不同印刷产品特点下的胶印油墨粘度范围,直接指导印刷生产。
4) ink consistency, body
油墨稠度
5) graphitization temperature
石墨化温度
1.
Based on the analysis on XRD diagram of polycrystalline diamond layer in PCD composite piece and DTA-TG analysis under different atmospheres,a research has been carried out on the graphitization temperature of polycrystalline diamond and whether the oxidation and graphitization of PCD happen simultaneously during heating process or not.
通过对PCD复合片中聚晶金刚石层加热前后的XRD图谱,以及在不同气氛环境下的DTA-TG分析,对聚晶金刚石的石墨化温度以及在加热过程中PCD的氧化和石墨化是否同时发生的问题进行了研究。
6) ink film thickness
油墨层厚度
1.
The results showed that the thickness distribution of ink film is in accordance with normal distribution and its standard deviation which represents the uniformity of ink film thickness becomes smaller along with the increase of the smoothness, or the decrease of the roughness of the printing paper.
采用图像分析技术研究了纸张平滑度和粗糙度对印刷油墨层厚度分布的影响。
补充资料：发光油墨
分子式：
CAS号：
性质：也称磷光油墨或夜光油墨。印刷后的墨迹受日光或其他光源照射被激发后，在一定时间内能发出淡绿色磷光的油墨。原理是在油墨中采用含有少量不纯物的硫化锌或硫化镉，利用其具有特殊晶格、能吸收投射的光，并在一定时间内再发射出来一定波长光的能力。发光油墨因发光颜料不能研磨，一般只以滤过版印刷表盘、铭牌、安全符号和广告。
CAS号：
性质：也称磷光油墨或夜光油墨。印刷后的墨迹受日光或其他光源照射被激发后，在一定时间内能发出淡绿色磷光的油墨。原理是在油墨中采用含有少量不纯物的硫化锌或硫化镉，利用其具有特殊晶格、能吸收投射的光，并在一定时间内再发射出来一定波长光的能力。发光油墨因发光颜料不能研磨，一般只以滤过版印刷表盘、铭牌、安全符号和广告。
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