TCI使用Cookie来个性化和改善您的用户体验，您可以访问我们的隐私权政策 了解更多信息。
Published TCIMAIL newest issue No.198 | Product Document Searching Made Easy by 2D Code! | TCI Materials Science News March 2025 | [Product Highlights] NODAGA Derivatives as... | Various analytical charts can be searched on each product detail page and Product Document Search (The kinds of analytical charts differ by product)
Maximum quantity allowed is 999
请选择数量
材料科学
电子设备支持着高度发达的社会，而硅半导体是这些设备的重要组成部分。但是，由于其使用中的问题包括加工工艺和功能特性的局限性，致使其发展水平远不及大脑。相比于目前的硅半导体，围绕有机化合物构建的动物和人类的大脑具有更强的性能和功能。有机化合物作为高功能和高性能的半导体材料已经得到了广泛的研究，这些研究涵盖了那些可能促使有机化合物在光电器件中的应用显著拓展的领域。液晶材料或有机发光二极管(OLED)就是这些化合物的应用实例。我们根据研究领域列出了相关的试剂：纳米碳材料，电子材料，光学功能材料和磁性材料等。
产品介绍手册
话题
- Professor's Reserach Article "Organotellurium-Mediated Radical Polymerization (TERP)"
- Battery Materials
- Controlled Radical Polymerization Reagents
- Heptazine Building Blocks for Development of Luminescent Materials and Photocatalysts
- Hole Collecting SAM Formation Reagents to Enhance Solar Cell Performance
- Professor's Reserach Article "Development of typical-element-doped functional π-systems consisting of naphthalene monoimide units"
- TCI精选产品
查看材料科学类别
材料科学 学术话题
材料科学 手册
- Pyrene Derivatives with Diketone Moieties for Battery Materials and Building Blocks
- SAM Formation Reagent with Face-on Orientation to Substrate Surface: 3PATAT-C3
- Acrylic Monomers with NHS Ester Moieties for Immobilization to Primary Amino Groups on Tissue Surfaces
- Organotellurium Chain Transfer Agent for Emulsion Polymerization in Water
- Hole-selective SAM Forming Agent Contributing to Improved Performance of OPVs: Cl-2PACz
活动预告
- -