涂装车间节水方案企划与实施

某涂装车间在现有节水措施的基础上，通过企划与实施一系列新的技术及精益管理措施，如，磷化出槽喷淋工艺优化、纯水制水率提升、空调冷凝水回用率提升、中水深度处理回用、用水分级管理等，将新鲜水用量从 15. 2 L/m2降至 11. 3 L/m2，达到涂装行业清洁生产评价指标体系（ 2016版）中的 I级标准 12 L/m²要求，处于国内领先水平。     

Multiple Chemical Features Impact Biological Performance Diversity of a Highly Active Natural Product-Inspired Library

A systematic, diversity-oriented synthesis approach was employed to access a natural product-inspired flavonoid library with diverse chemical features, including chemical properties, scaffold, stereochemistry, and appendages. Using Cell Painting, the effects of these diversity elements were evaluated, and multiple chemical features that predict biological performance diversity were identified. Scaffold identity appears to be the dominant predictor of performance diversity, but stereochemistry and appendages also contribute to a lesser degree. In addition, the diversity of chemical properties contributed to performance diversity, and the driving chemical property was dependent on the scaffold. These results highlight the importance of key chemical features that may inform the creation of small-molecule, performance-diverse libraries to improve the efficiency and success of high-throughput screening campaigns.     

文人画对陶瓷绘画创作的影响

陶瓷绘画最早可以追溯到彩陶时期,陶瓷与绘画相互交融发展。至今,文人画的审美精神和文化内涵一直影响着当代陶瓷绘画,在画面的表现形式和内在精神上都极具中国传统文化的艺术精神。     

Identification of vivianite,an unusual blue pigment,in a sixteenth century painting and its implications

Vivianite, a blue pigment employed in the past practically only in Northern and Central Europe, but with very limited use, was identified in an early sixteenth century painting, stylistically with Flemish features, from a church in Portugal. The identification of this iron phosphate mineral was made by SEM‐EDS based on the atomic ratio between phosphorus and iron in layers of blue paint (area analysis) and in particles of these same layers (spot analysis). This painting, about which there is no document to prove its authorship, becomes the first case, known in detail, of a sixteenth century painting containing vivianite. Moreover, this find and the presence of a chalk ground, also identified, strongly support the hypothesis of being a Flemish painting.     

客车涂装底层材料配套性分析

针对南方客户在使用我司客车一段时间后，车身涂层不同程度出现了起泡的质量问题，进行了现场查看，发现起泡位置在车身左右侧蒙皮，且发生在涂层最底层。初步分析原因是热镀锌板+阴极电泳漆 +原子灰三者之间配套存在问题，通过热镀锌板 +阴极电泳漆 +原子灰三者之间的耐高温 80 ℃配套试验，以及室外曝晒试验，得出镀锌板表面是否钝化、电泳漆膜致密程度和原子灰苯乙烯含量是造成涂层底层起泡的主要原因。为了控制涂层起泡问题，重新修订了我司原子灰、镀锌板、电泳漆的技术标准以及部分工艺文件。     

油漆车间电泳灰粒控制及改进

从油漆车间电泳灰粒产生的源头着手,在白车身洁净度、前处理工艺和电泳工艺三方面对电泳灰粒潜在的影响进行分析。通过对电泳工艺段的主槽循环进行改进,调整出槽喷淋压力,以及改造湿打磨,有效控制了电泳成膜后的灰粒数量,使电泳打磨灰粒数量下降75%,油漆整体外观质量得到提高。     

华南植物园藤本植物专类园规划设计

专类园是一种强调专类植物收集、展示和植物造 景的园林形式，在植物园建设中具有重要地位。藤本植物因 其独特的观赏特征、生长习性及生态效应，近年已成为城市 园林绿化的重要造景材料。在分析华南植物园藤本植物专类 园建设背景、园址概况的基础上，结合其功能定位，提出了 科学性、功能性、地域性、艺术性及以人为本的规划原则； 确定了“一轴、三线、三点、五片区”的总体规划布局。在 文化线的园林构图及造景上，重点阐述了三大主题景观节 点——帷幄疏影、西关居、文昌亭的设计理念及其园林建筑 风格，探讨了岭南传统建筑、小品及文化在构建地域特色园 林景观中的作用；在植物线的园林造景上，简介了各景区的 植物布置方式及组景模式；在科普旅游线的组织上，介绍了 园区的园林小品造景意境及科普设施布置形式，以期为中国 藤本植物专类园建设提供参考。     

Multicomponent (Hf0.25Zr0.25Ti0.25Cr0.25)B2 ceramic modified SiC–Si composite coatings: In-situ synthesis and high-temperature oxidation behavior

High-entropy ceramics, a novel type of multicomponent materials with broad application prospects, have stirred up world-wide interests for over a decade. In the current work, in-situ high-entropy (Hf_0.25Zr_0.25Ti_0.25Cr_0.25)B₂ ceramic modified SiC–Si (HETMB₂-SiC-Si) coating was deposited on carbon/carbon (C/C) composites via gaseous reactive infiltration of Si assisted slurry painting (GRSI-SP) method, to improve the oxidation protective ability of C/C composites at 1973 K. The formation and oxidation mechanisms of the coating was explored by first-principles simulation, experiment and thermodynamic analyses. The coating prepared at 2373 K shows dense mosaic structure filled with HETMB₂-rich Si-based multiphase. This coating adheres well with the C/C substrate, which is ascribed to the formed zigzagged SiC–Si transition layer. This coating protected C/Cs from oxidation for more than 205 h at 1973 K. The enhanced oxidation protective ability is mostly ascribed to the subsequently generated compact and stable Hf-Zr-Ti-Cr-Si-O composite oxidation scale. This research will start up novel research ares of developing high-entropy materials modified coatings with improved protective ability under extreme environments.     

时装画教学中“联动式”训练方法探究——以五官绘制为例

时装画是展现服装外观形式美的手段之一,在服装设计、服装宣传中经常用到,画好时装画尤为重要,时装画的训练方法成为关键。通过时装画教学实践,发现练习绘画人脸五官时存在着一系列问题,如平衡对应问题、透视问题、比例问题、形态问题等,针对出现的问题提出应对方法——"联动式"训练。通过实践证明,"联动式"训练对于出现的问题有很好的矫正作用,并为时装画教学提供了一定的参考和借鉴。     

增强创建绿色涂装车间的责任感——再谈提高涂装工艺设计水平

在介绍"绿色涂装"理念和国内外涂装工艺设计水平差距的基础上,讨论了如何提高工艺设计人员(单位)的水平和增强创建绿色涂装车间的责任感。如何"破旧立新",淘汰落后工艺,推广先进适用的绿色涂装工艺技术,实现绿色涂装车间的"10个更少,2个更高,1个更低"。最后,笔者推荐了16项成熟的先进适用的环保节能减排的涂装技术。