通识教育理念下的印刷工艺课程改革探索

在信息技术高速发展的今天,以技术传授为主导的印刷工艺课程教学遭遇困境。"通识型"印刷工艺课程以通识教育为理念,转变单一的技术传授,扩充知识面,多角度、多手段地锻炼学生多种能力,实行"通识型"印刷工艺课程教学,优化课程教学新内容,建立一个开放型的印刷工艺课程架构,有利于复合性、创新型人才培养。     

包装印刷产业转型升级下的专业课程体系构建与实施

包装印刷为东莞特色产业,产业转型升级势在必行。以产业发展需求及学生职业发展前景为目标,构建了以培养专业知识能力与实践动手能力为主、创新能力与职业素养培养有机融合的印刷媒体技术专业课程体系,通过课程建设、师资队伍培养、创新创业教育、评价与诊改等实施策略,着力提高高职院校人才培养质量。     

高职印刷色彩课程教学体系的构架

本文以提高学生岗位胜任力+创新发展能力为目标,充分调研相关印刷包装企业人才需求,重构印刷色彩课程内容,尝试多种教学方法,强化实践教学等方式进行课程教学体系的构建,提高学生的职业素养和专业能力,探索有利于印刷专业学生就业和创业的新思路。     

2010年度包装与印刷类教职委精品课程 《印刷质量检测与控制》

<正>一、课程介绍印刷质量检测与控制是印刷图文信息处理专业的一门工学结合专业核心课程。本课程以印刷生产过程为主线,按照印刷生产流程设置教学内容,依次按照印前、印中、印后的过程讲授和分析影响印刷质量     

课程实训与项目实践协同发展的高职实践课程教学探索

以印刷图文信息处理专业实践教学为例,按照能力递进的原则,将实践教学进行改革,划分为课程实训和项目实践两大模块,两者紧密结合,协同发展,积极探索印刷图文信息处理专业实践教学模式。     

应用型本科编辑出版学专业“采编印发”一体化课程体系构建

高职印刷类专业课程设置突出核心职业能力的培养,涵盖整个印刷出版环节。遵循编辑出版行业"采、编、印、发"一体化的产业链格局,将高职印刷类各专业课程设置归类整合为采写、编辑、印刷、发行四个部分,并移植借鉴过来,横向形成培养采、编、印、发四种能力的四个课程模块,纵向分成"理论+技能+实践+拓展(选修)"4个课程群,构建采、编、印、发一体化课程体系。     

《印刷电路板电磁兼容设计》课程教学改革与实践

《印刷电路板电磁兼容设计》课程教学改革立足于增强教学过程的实践性、开放性和职业性。以提高学生职业能力为宗旨,创新了课程教学改革的理念与思路;根据职业岗位能力分析,设计了项目教学和工学交替相结合的教学模式;以项目为载体实施教材改革,以工学结合和开放式课堂实施实践教学,旨在提高学习兴趣和职业能力。     

广告设计教学的改革与探讨

广告设计是一门重要的平面设计专业课,是视觉传达设计课程中的主干课程之一。课程体系以广告创意、印刷媒体的设计与制作作为课程的重点,兼以广告策划、广告语等内容为辅。培养学生广告创意的能力,印刷媒体的设计与制作能力,熟悉一般策划性广告的具体操作程序,是广告设计课程的主要教学目的。本文主要从广告创意和与电脑设计软件结合教学两方面,针对广告设计教学进行了初步的探讨。     

应用型本科院校“印刷概论”课程教学模式改革探讨

"印刷概论"是印刷工程本科专业的学生开始接触专业知识的一门重要的专业基础课程。本论文根据印刷工程本科专业的教学特点以及应用型本科学生的特点,在"印刷概论"课程的教学过程中,从提高学生的学习积极性、树立对专业的信心、提高学生的实践动手能力、培养社会需求的理论与实践有机结合的应用型人才等方面入手,提出了按照知识点分专题讲解、增加实践课时使理论与实践学习同步、不定期举办关于印刷前沿知识的专题讲座、实行有效的课程考核方式等以适应应用型本科学生的培养需求、提高教学质量为目的的具体的教学改革措施。本改革对应用型本科学生尽快进入印刷专业知识的学习起到了一定的促进作用。     

精品课程如何适应技能型人才的培养

《印刷概论》是印刷工程类学校的专业基础课程,是一门实践性强,应用领域广的专业基础课程。按高职高专"毕业生应具有基础理论知识适度、技术应用能力强、知识面较宽、素质高等特点"的要求,我校的《印刷概论》课程,为适应技能型人才的培养,在教学方法、教学手段等措施上作了大量的探索和创新。     

A note on the Marcinkiewicz integral operators on Fp^a,q

In this paper, we shall prove that the Marcinkiewicz integral operator #n, when its kernel Ω satisfies the L^1-Dini condition, is bounded on the Triehel-Lizorkin spaces. It is well known that the Triehel-Lizorkin spaces are generalizations of many familiar spaces such as the Lehesgue spaces and the Soholev spaces. Therefore, our result extends many known theorems on the Marcinkiewicz integral operator. Our method is to regard the Marcinkiewicz integral operator as a vector valued singular integral. We also use another characterization of the Triehel-Lizorkin space which makes our approach more clear.     

Dissertation; Betreuung; FH-Professor; Lernfreiheit

§ 27 Abs. 4 der Satzung der Universit?t X- Satzungsteil Studienrecht (Satzung) r?umt zwar das Recht ein, eine Betreuerin/einen Betreuer ihrer Dissertation auszuw?hlen; dieses Recht ist jedoch auf die Auswahl auf die "zur Verfügung stehenden" Betreuerinnen/Betreuer eingeschr?nkt und besteht auch in Ansehung dieses Personenkreises nur "nach Ma?gabe der M?glichkeiten".     

概率论在积分中的应用

用概率论的思想方法,能够解决一些积分中的问题,并能体现思想方法的简捷性和独特性,本文在积分不等式的证明和积分计算中引进了概率方法,取得了较好的效果。     

Catalytic properties of CuO/Sn0.9Ti0.1O2 and CuO/Sn0.7Ti0.3O2 in NO＋CO reaction

Using SnxTi1-xO2 as carriers, CuO/Sn0.9Ti0.1O2 and CuO/Sn0.7Ti0.3O2 catalysts with different loading amounts of copper oxide (CuO) were prepared by an impregnation method. The catalytic properties of CuO/Sn0.9Ti0.1O2 and CuO/Sn0.7Ti0.3O2 were examined using a microreactor-gas chromatography (GC) NO CO reaction system and the methods of BET (Brun- auer-Emmett-Teller), TG-DTA (themogravimetric and differential thermal analysis), X-ray diffraction (XRD) and H2-temperature programmed reduction (TPR). The results showed that NO conversions of Sn0.9Ti0.1O2 and Sn0.7Ti0.3O2 were 47.2% and 43.6% respectively, which increased to 95.3% and 90.9% at 6 wt% CuO loading. However, further increase in CuO loading caused a decrease in the catalytic activity. The nitrogen adsorption-desorption isotherm and pore-size distribution curve of Sn0.9Ti0.1O2 and Sn0.7Ti0.3O2 represented type IV of the BDDT (Brunauer, Deming, Deming and Teller) system and a typical mesoporous sample. There were two CuO diffraction peaks (2θ 35.5° and 38.7°), and the diffraction peak areas increased with increasing CuO loading. TPR analysis also detected three peaks (α, β and γ) from the CuO-loaded catalysts, suggesting that the α peak was the reduction of the highly dispersed copper oxide, the β peak was the reduction of the isolated copper oxide, and the γ peak was the reduction of crystal phase copper oxide. In addition, a fourth peak (δ) of the catalysts meant that the SnxTi1-xO2 mixed oxides could be reductive.     

The Electrochemical Performance of Ml0.7Mm0.3Ni3.7Co0.7Mn0.4Al0.2 Nanocrystalline Hydrogen Storage Alloy as Metal Hydride Electrode

Ml0.7Mm0.3Ni3.7Co0.7Mn0.4Al0.2 nanocrystalline hydrogen storage materials are prepared by melt-spinning(MS).X-ray diffraction is used for the measurement of the nanocrystalline size.Compared to the electrode of polycrystalline alloys,the property of activation MH9metal hydride)electrode of the alloys with nanometer scale became worse and the inital discharge capacity decreased.It may be ascribed to the decrease of the total amount of rare earth metals and the increase of oxygen on the surface from the analysis of components of the alloys.After heat-treatment,the electrochemical performance of MH electrode of as-spun alloys could be improved,which could be attributed to the alleviation of the lattice strain.     

也谈《嘉禾吏民田家Bie》中“二年常限”田的涵义

《田家Bie》中的“二年常限”田，是指吏民租佃和缴纳相应亩租额年限只有二年的零星国有土地。“二年常限”田的亩租额高于余力田。期限一到，吏民须重新佃种，封建政府也有权另行确定亩租额。