Bruker布鲁克纳米红外光谱nanoIR3，是一款基于原子力显微镜（AFM）的纳米表征工具。其采用光热诱导共振技术（PTIR，也称AFM-IR），使红外光谱的空间分辨率突破了光学衍射极限，提高至10纳米级别。为揭示纳米尺度下的表界面红外光谱信息提供了可能。该技术曾荣获2010年度美国R&D100大奖。
光热诱导技术实现10nm超高化学分辨率和高信噪比纳米红外光谱
inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">高性能纳米级FTIR光谱inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">只有nanoIR3-s能够提供：高性能纳米级FTIR光谱高性能红外近场光谱，采用目前先进的纳米红外激光源纳米级FTIR光谱，采用集成式DFG，可与宽带同步辐射光源集成适用于光谱和化学成像的多芯片QCL激光源inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">点光谱技术inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">POINTspectra激光器可执行多个波长的光谱分析和高分辨光学成像。nanoIR3-s让测试更加简单：inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">·在AFM图像中选择要测量的特征inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">·测量样品的波谱，选择感兴趣的波长inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">·采集高分辨光学属性图inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">根据对多个波长的干涉图的快速测量，获得空间分辨率达到10nm的振幅和相位图像 实现10nm分辨率TappingAFM-IR，用于独特的互补性红外光谱分析。inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">inkMacSystemFont,"SFProSC","SFProText","HelveticaNeue",Helvetica,"PingFangSC","SegoeUI",Roboto,"HiraginoSansGB",arial,"microsoftyaheiui","MicrosoftYaHei",SimSun,sans-serif;white-space:normal;">
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