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摘要： ISSN(ONLINE):2208-3510 ISSN(PRINT):2208-3502 Submission open for March 2022 Dear Researchers,Dear Researchers,Journal of Electronic Research and Application is an international,peer-reviewed and high quality open access journal which publishes original articles,reviews,short communications,case studies and letters in the field of electronic research and application.

摘要： ISSN(ONLINE):2208-3510 ISSN(PRINT):2208-3502 Submission open for May 2022 Dear Researchers,Dear Researchers,Journal of Electronic Research and Application is an international,peer-reviewed and high quality open access journal which publishes original articles,reviews,short communications,case studies and letters in the field of electronic research and application.

摘要： 第十届北京国际印刷技术展览会(CHINA PRINT 2021)将于2021年6月23日—27日在北京中国国际展览中心新馆举办。目前,已有1060家企业报名参展,申报面积突破18万m^(2),超出计划展出总面积16万m^(2)的预期目标。8个主馆及6个副馆的展位安排工作正在有序进行。本届展会以绿色、高效、数字化、智能化为主题。胶印将仍然是展示主流。

摘要： ISSN(ONLINE):2208-3510 ISSN(PRINT):2208-3502 Submission open for January-2022 Dear Researchers,Dear Researchers,Journal of Electronic Research and Application is an international,peer-reviewed and high quality open access journal which publishes original articles,reviews,short communications,case studies and letters in the field of electronic research and application.The Journal Publishes in both online and print version.Journal of Electronic Research and Application publishes research and review paper in the field of。

摘要： 由中国印刷及设备器材工业协会和中国国际展览中心集团公司共同主办的第十届北京国际印刷技术展览会(CHINAPRINT2021)6月23—27日在中国国际展览中心(新馆)成功举办。本届展会以"创新引领未来"为主题.

摘要： ISSN(ONLINE):2208-3510 ISSN(PRINT):2208-3502 Submission open for January-2021 Dear Researchers,Dear Researchers,Journal of Electronic Research and Application is an international,peer-reviewed and high quality open access journal which publishes original articles,reviews,short communications,case studies and letters in the field of electronic research and application.

摘要： ISSN(ONLINE):2208-3510 ISSN(PRINT):2208-3502 Submission open for January-2021 Dear Researchers,Dear Researchers,Journal of Electronic Research and Application is an international,peer-reviewed and high quality open access journal which publishes original articles,reviews,short communications,case studies and letters in the field of electronic research and application.

摘要： Liver disease is characterized by breath exhalation of peculiar volatile organic compounds(VOCs).Thanks to the availability of sensitive technologies for breath analysis,this empiric approach has recently gained increasing attention in the context of hepatology,following the good results obtained in other fields of medicine.After the first studies that led to the identification of selected VOCs for pathophysiological purposes,subsequent research has progressively turned towards the comprehensive assessment of exhaled breath for potential clinical application.Specific VOC patterns were found to discriminate subjects with liver cirrhosis,to rate disease severity,and,eventually,to forecast adverse clinical outcomes even beyond existing scores.Preliminary results suggest that breath analysis could be useful also for detecting and staging hepatic encephalopathy and for predicting steatohepatitis in patients with nonalcoholic fatty liver disease.However,clinical translation is still hampered by a number of methodological limitations,including the lack of standardization and the consequent poor comparability between studies and the absence of external validation of obtained results.Given the low-cost and easy execution at bedside of the new technologies(e-nose),larger and well-structured studies are expected in order to provide the adequate level of evidence to support VOC analysis in clinical practice.

摘要： 3D printing is the future. It will change the way in which we produce new materials—maybe much less in factories and much easier in shops. However, biobased materials have been difficult to 3D print. Most 3D printers use heat to melt the plastic or metal to be printed, and biobased materials are degraded. But cellulose nanofibrils have a solution to this problem: the printing paste is wet and dries out to a solid material. In this work, it was showed recent wound healing in Vinous Ulcer with kidney and other health complications using bacterial cellulose 3D print membranes.

摘要： 一种在终端中产生XHTML数据的方法和设备，所述方法和设备包括：设置与打印相关的参数，以从希望打印的一个或多个标准数据项的内容中确定将被打印的内容；产生与设置的内容相应的XHTML扩展数据，所述XHTML扩展数据可被插入到预先准备的XHTML基本数据中；通过将产生的XHTML扩展数据插入到XHTML基本数据来产生XHTML数据。

摘要： 一种在终端中产生XHTML数据的方法和设备，所述方法和设备包括：设置与打印相关的参数，以从希望打印的一个或多个标准数据项的内容中确定将被打印的内容；产生与设置的内容相应的XHTML扩展数据，所述XHTML扩展数据可被插入到预先准备的XHTML基本数据中；通过将产生的XHTML扩展数据插入到XHTML基本数据来产生XHTML数据。

摘要： 本发明提供一种提取自定义脚本print函数输出内容的方法，包括：在平台Web页面编辑脚本代码，选择执行脚本，向平台服务器发送脚本执行请求；平台服务器创建脚本上下文，初始化输出存储对象；将原生print函数替换为自定义print函数，并注入到所述脚本上下文中；脚本中调用替换后的自定义print函数，将输出内容写入输出存储对象；平台服务器通过HTTP响应将输出存储对象中的内容返回前端，前端将输出内容展示在Web界面中。本发明方法在自定义脚本中可以使用与原生脚本一样的方式调用print函数，负责执行自定义脚本的平台可以搜集代在自定义脚本中print输出的内容，并且不会与主程序中的print混淆。

摘要： 本发明公开了一种Foot print建立的方法，包括：获取相邻两个pad的Air Gap值；判断所述Air Gap值是否小于预设值；若是，则在所述相邻两个pad之间建立routekeepout/top，以便在所述相邻两个pad之间覆铜时提示DRC。可见，本发明实施例提供的一种Foot print建立的方法，在Air gap过小的两个pad之间建立routekeepout/top，当在这两个pad之间覆铜时，就会提示DRC，因此不会出现Air gap过小的pad连在一起覆铜导致pad很难识别的问题，同时PCB工程师在布线的时候不用每次测量零件是否为fine pitch，也减少了检查错误的时间。