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Plain papers for color hard copy technologies

机译:用于彩色硬拷贝技术的普通纸

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Abstract: The expression 'Plain' paper was coined in the early days of electrophotography to distinguish the capabilities of the new dry toner based photocopying process which did not require a sensitized or special coated paper to produce an image. Currently 'Plain' paper is considered in the electronic printing industry, to be any uncoated paper, usually of the type used in office photocopying applications. It is assumed that all 'Plain' papers are identical or at least equivalent in their properties such that all papers will give equivalent print quality performance. Due to the wide availability and low price of 'Plain' papers, it is also considered desirable by vendors of electronic marking processes, that their technology be capable of producing good image quality on 'Plain' paper. The chemical and physical differences which can occur among 'Plain' papers are discussed with respect to the specific image quality and engine reliability requirements of the major nonimpact electronic marking technologies, including electrophotography and laser printing, electrographic and ionographic processes, thermal transfer and ink jet. Paper properties of interest include, smoothness, surface energy, electrical resistivity, porosity and aqueous and nonaqueous liquid adsorption. Color printing has added additional requirements to paper quality, if good image quality is to be achieved and maintained. Given the apparently conflicting requirements for some of the electronic marking technologies, it will be a challenge to define a single grade of paper which will produce optimum print quality for all electronic printing processes.!7
机译:摘要:“普通纸”一词是在电子照相术的早期就被创造出来的,用以区分新型的基于干粉的复印技术的功能,这种方法不需要敏化纸或特殊的涂布纸即可产生图像。当前,在电子印刷行业中,“普通”纸被认为是任何未涂布纸,通常是办公室复印应用中使用的类型。假定所有“普通”纸的特性相同或至少相等,从而使所有纸都具有同等的打印质量性能。由于“普通纸”的广泛可用性和低廉的价格,电子标记过程的供应商也认为他们的技术能够在“普通纸”上产生良好的图像质量也是理想的。讨论了“普通”纸之间可能发生的化学和物理差异,其中涉及主要的非碰撞电子标记技术(包括电子照相和激光印刷,电子照相和电离照相工艺,热转印和喷墨打印)的特定图像质量和引擎可靠性要求。 。感兴趣的纸张特性包括光滑度,表面能,电阻率,孔隙率以及水性和非水性液体吸附。如果要获得并保持良好的图像质量,彩色打印对纸张质量增加了其他要求。鉴于某些电子标记技术的要求显然存在冲突,因此定义一种单张纸将为所有电子印刷过程带来最佳的打印质量将是一个挑战。!7

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