创新是个老生常谈的话题,何为创新,如何创新,不同企业走出了不同的道路.笔者认为,企业用以致胜的创新,必须涵盖多个方面的探索和实践,只有全方位的创新和改革,才能真正迎难而上,逆势破局.本文论述陶瓷企业就在多样化创新这条道路上走出了特色,取得了卓越成就,具有行业普适性意义.
The separative-phase fancy glaze was successfully prepared by using the iron ore residue as the ceramic colorant.A possible coloring mechanism was proposed to explain the variation of glaze colors and
CoO/Super P (conductive black) composites (CSP) were synthesized by a facile hydrothermal process followed by a heating treatment.The sample present a porous CoO with inserted spherical Super P struct
The moon-white glaze was successfully reproduced with the addition of 0.02 wt% silicon carbide (SiC) for supplying carbon (C) and reducing iron oxide (Fe2O3) at 1 250 ℃.Effects of the SiC contents on
SiO2 coated Ce2S2 red pigment was prepared in ethanol/H2 O system via sol-gel method and TEOS were used as silica sources.XRD,SEM,EDX,UV-visible spectrophotometer and automatic colorimeter were used t
Mesoporous materials have been intensively studied with regard to technical applications as catalysts and catalyst supports.In which,mesoporous alumina has been extensively used as advanced catalysts
Mesoporous NiO microspheres with high surface area of 234 m2/g and narrow pore distribution at 3.25 nm are successfully synthesized from a microwave-assisted hydrothermal and thermal decomposition rou
This paper describes applications of various test methods including XRF,XRD,SEM.EDS DTA-TG etc.in ceramic raw material standardization.
“室内空气污染”被列为影响人类健康的十大威胁.医院作为公共场所,常规使用的有机室内装饰材料会持续释放挥发性有机物,其有害气体浓度可高出户外几倍乃至几十倍.同时,医院是病人集中的地方,病菌传播速度快,容易引起交叉感染、传染病的蔓延,也加重了室内空气污染.此外,医院使用的电器设备多,防火安全非常重要;在火灾过程中,常规使用的室内装饰材料会燃烧并释放大量的有毒气体,导致人窒息后死亡.陶瓷涂料是一种纯无机
当前纺织化学品的安全性问题仍是影响纺织化学品行业和染整行业创新驱动与转型发展的主要障碍之一.文中从7个方面即新高度关注物质、OEKO-TEX标准100的新变化、全新OEKO-TEX皮革标准、更为严格的限用物质道德规范、AAFA的新限制物质清单、REACH法规新增的限制条款等阐述了2017年国际市场上禁限用纺织化学品的最新动态.从中可以看出国际上采取了一系列措施以支持2020年有害化学品零排放的目标