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市场调查报告书

透明电子材料市场2021-2041

Transparent Electronics Materials, Markets 2021-2041

出版商 IDTechEx Ltd. 商品编码 978824
出版日期 内容资讯 英文 295 Slides
商品交期: 最快1-2个工作天内
价格
透明电子材料市场2021-2041 Transparent Electronics Materials, Markets 2021-2041
出版日期: 2020年12月23日内容资讯: 英文 295 Slides
简介

<字体颜色= "#4682B4" > 标题 < BR > 透明电子材料,市场2021至41年 < BR > <我>透视微LED,OLED,QD显示器,photov oltaic窗,电动变暗,RadarGlass ,电路,超材料,加热器,天线。

现代汽车承诺,其未来的一些电动汽车将保留大型车顶窗户,但它们还将提供足够的电力以大大增加行驶距离。中国铁路正在部署带有窗户的火车,这些窗户在需要时可以显示交互式的发光彩色显示屏。美国拥有越来越多的农用温室,它们可以吸收最佳生长植物的光,而其余的则用于发电。新的IDTechEx报告 "透明电子材料,应用程序和市场2021-2041" 进行了解释。没有怀旧之情或学术上的it昧,它是唯一最新的,全面的,针对材料和市场的。

透明电子的迅速发展的业务包括透明电子和光电。使用透明材料或其他不透明材料制成的图案(如车窗天线和除雾器图案)可以使光线通过,从而实现透明。实际上,在德国,他们正在开发可转向无人驾驶汽车雷达束的前照灯玻璃。德国已经提供透明加热器层压去在电动的内部厕设备车辆,节省重量和功率,从而增加范围。

该报告具有全面,易于掌握的执行摘要和结论,并带有新的信息图和29个预测。引言介绍了从2021-2041开始突出的主要方面。第3章和第4章分析了出现的多种类型的透明显示器。第5章深入探讨了透明光伏技术,因为它找到了新用途并变得多功能。第6章介绍使用透明的带间隙的材料图案或使用透明的导电层使她透明的透明电路所发生的情况。第7章介绍建筑物,车辆等中的电黑玻璃。第8章盖使在透明电子构建设备。

回答的问题包括:

< ul >
  • 为什么知名人士如此感兴趣? < ul >
  • 透明电子2021-2041最具活力,增长最快的市场是什么? < ul >
  • 需要什么材料,它们将如何发展? < ul >
  • 市场空白?领先的研究人员正在展示方法? < ul >
  • 透明LCD,迷你LED,微型LED,QD,OLED显示器的技术进步? < ul >
  • 透明显示的新兴应用? < ul >
  • 透明光伏技术的进步,新应用,多功能性? < ul >
  • 透明电路的进步-哪些新功能,新材料,新潜力? < ul >
  • 电黑玻璃:进展,潜力,材料? < ul >
  • 使能器:构造,材料,阻挡层的用途,导电图案? < ul >
  • 为什么超材料在透明电子学中将变得非常重要?怎么样? < ul >
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  • 目录
    Product Code: ISBN 9781913899288

    Title:
    Transparent Electronics Materials, Markets 2021-2041
    See-through micro LED, OLED, QD displays, photovoltaic windows, electric darkening, RadarGlass, circuits, metamaterials, heaters, antennas.

    Hyundai promises that some of its future electric cars will retain large roof windows but they will also make enough electricity to greatly increase range. The Chinese railways are deploying trains with windows that have interactive, light-emitting colour displays visible when needed. The USA has an increasing number of farm greenhouses that let in the types of light that optimally grow plants while using the rest to make electricity. The new IDTechEx report, "Transparent Electronics Materials, Applications, Markets 2021-2041" explains. With no nostalgia or academic obscurity, it is uniquely up-to-date, comprehensive and materials and markets focused.

    The rapidly expanding business of transparent electronics includes transparent electrics and optronics. The transparency is achieved using transparent materials or alternatively opaque materials in patterns that let light through as with your car window antenna and demister patterns. Indeed, in Germany they are developing headlamp glass that steers to radar beam of driverless vehicles. Germans are already offering transparent heater laminate to go over the inside fitments of electric vehicles, saving weight and power, increasing range.

    The report has a comprehensive, easily grasped Executive Summary and Conclusions with new infograms and 29 forecasts. The Introduction presents the main aspects coming into prominence from 2021-2041. Chapters 3 and 4 analyse the many types of transparent display emerging Chapter 5 is a deep dive into transparent photovoltaics as it finds new uses and becomes multifunctional. Chapter 6 explains what is happening with see-through circuits whether using opaque material patterns with gaps or using transparent conductive layers. Chapter 7 addresses electrically darkened glass in buildings, vehicles and more. Chapter 8 covers enabling constructs in transparent electronic devices.

    Questions answered include:

    • Why are big names becoming so interested?
    • What are the most vibrant, growth markets for transparent electronics 2021-2041?
    • What materials are needed and how will they evolve?
    • Gaps in the market? Leading researchers showing the way?
    • Technical progress with transparent LCD, mini LED, micro LED, QD, OLED displays?
    • Emerging applications of transparent displays?
    • Transparent photovoltaics progress, new applications, multifunctionality?
    • Progress with transparent circuits - what new functionality, materials, potential?
    • Electrically darkening glass: progress, potential, materials?
    • Enablers: construction, materials, uses of barrier layers, conductive patterns?
    • Why will metamaterials become very important in transparent electronics? How?
    • Analyst access from IDTechEx

    All report purchases include up to 30 minutes telephone time with an expert analyst who will help you link key findings in the report to the business issues you're addressing. This needs to be used within three months of purchasing the report.