首页> 外国专利> rare earth complexes, synthesis process of rare earth complexes, use of complexes, use of complexes in light-emitting devices, production process of light-emitting devices comprising complexes, use of light-emitting complexes, and detection of substances comprising rare earth complexes

rare earth complexes, synthesis process of rare earth complexes, use of complexes, use of complexes in light-emitting devices, production process of light-emitting devices comprising complexes, use of light-emitting complexes, and detection of substances comprising rare earth complexes

机译:稀土配合物,稀土配合物的合成方法,配合物的使用,在发光器件中的配合物的使用,包含配合物的发光器件的生产方法,发光配合物的使用以及包含稀土配合物的物质的检测

摘要

RARE EARTH COMPLEXES, RARE EARTH COMPLEX SYNTHESIS PROCESS, USE OF COMPLEXES, USE OF COMPLEX IN LIGHTING DEVICES, PRODUCT OF LIGHTING UNDERSTANDING COMPLEX, USE OF COMPLEX AND KIND DEVICES DETECTION OF SUBSTANCES UNDERSTANDING RARE EARTH COMPLEX. Trivalent rare earth ions (Nd ^ + 3 ^, Gd ^ + 3 ^, Eu ^ + 3 ^, Tb ^ + 3 ^ and Tm ^ + 3 ^) coordinated to organic ligands show emission in the infrared region and / or visible, which have application in Safety Markers applied in polymers, fabrics, paper, inks, fuel and in light emitting organic devices (OLED). Such Light Emitting Organic Devices (OLED) produced from these Rare Earth complexes, similar to the complexes, have a unique combination of emission colors from the use of Rare Earth complexes of various metals; featuring a unique "fingerprint"; which makes counterfeiting the product in which this Security Marker is used virtually impossible because it combines emerging technology that is difficult for the general public to access; with the properties of the emitting compounds developed and produced by the company; that allow you to create custom "fingerprints" for each customer.
机译:稀土络合物,稀土络合物的合成过程,络合物的使用,照明设备中复合物的使用,照明理解产品的复合物,复杂物质的种类和种类的检测稀土元素的物质的检测。与有机配体配位的三价稀土离子(Nd ^ + 3 ^,Gd ^ + 3 ^,Eu ^ + 3 ^,Tb ^ + 3 ^和Tm ^ + 3 ^)在红外区域显示发射和/或可见,在聚合物,织物,纸张,油墨,燃料和发光有机器件(OLED)中使用的安全标记中具有应用。与这些配合物类似,由这些稀土配合物生产的这种发光有机器件(OLED)具有独特的发光颜色组合,这是由于使用了多种金属的稀土配合物而引起的。具有独特的“指纹”;这使得几乎不可能伪造使用该安全标记的产品,因为它结合了普通公众难以访问的新兴技术;具有公司开发和生产的发光化合物的特性;允许您为每个客户创建自定义“指纹”。

著录项

  • 公开/公告号BRPI1104621A2

    专利类型

  • 公开/公告日2013-08-13

    原文格式PDF

  • 申请/专利号BR2011PI04621

  • 发明设计人 EMY NIYAMA;

    申请日2011-09-09

  • 分类号C01F17/10;C01F17/30;C09K11/77;H01L51/54;

  • 国家 BR

  • 入库时间 2022-08-21 16:42:11

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