Lyncee Tec 时间分辨动态轮廓仪

为3D光学形貌仪添加第四个维度！

数字全息显微镜 (DHM^®) 为静态三维形貌测量提供干涉测量级的亚纳米分辨率。与此同时，得益于独特的非扫描全息技术，DHM^®的图像抓取速率极短，最快可达1毫秒，这一的4D测量能力为众多领域打开了广阔的应用空间。

4D: 3D测量时序图

3D 成像抓取速度可达190帧/秒 (最高可选1000 帧/秒)
时间分辨率可达100微秒 (最快10 微秒可选)
动态垂直测量范围可达200微米

时间分辨动态轮廓仪1.gif — Smart-surface : UV sensitive polymer

3D形貌测量提供干涉测量级的亚纳米分辨率

任何物镜倍率下均保证亚纳米垂直分辨率
多种可选物镜，包括长工作距物镜、玻璃矫正物镜、水镜、油镜等
多环境下测量，包括真空、气氛、液体、透过光学窗口、温度湿度可控环境等

时间分辨动态轮廓仪2.jpeg

表征样品动态响应

热动力学参数响应 (压强、温度等)
气氛、液体环境响应 (例如沉积、腐蚀等)
机械力或电磁力响应
光辐射响应

用户致谢

The researchers from the Netherlands presents a new concept to induce macroscopic morphing in polymer surfaces by an amplified response of a single molecule event. The kinetics of the surface deformation is measured by DHM

Publications:

1. New insights into photoactivated volume generation boost surface morphing in liquid crystal coatings, Danquing Liu & Dirk J.Broer, Nature Communications 6, Article number: 8334 (2015),doi:10.1038/ncomms9334

2. Protruding organic surfaces triggered by in-plane electric fields, Danqing Liu, Nicholas B. Tito & Dirk J. Broer, Nature Communications 8, Article number: 1526 (2017), doi:10.1038/s41467-017-01448-w

时间分辨动态轮廓仪5.png — Nature Communications 6, Article number: 8334 (2015) doi:10.1038/ncomms9334

We are making surface structures can be switched ‘on’ and ‘off’ by external means (at the frequency ranging from several Hertz to hundred Hertz. Digital Holographic Microscope (DHM) has the unique possibility to measure real-time 3D topography in a non-contact and non-scanning manner while keeps the vertical resolution to sub-nanometers
Danqing Liu, The Eindhoven University of Technology

上海巨纳科技有限公司为您提供Lyncee Tec 时间分辨动态轮廓仪DHM，Lyncee TecDHM产地为瑞士，属于其它显微镜，除了Lyncee Tec 时间分辨动态轮廓仪的参数、价格、型号、原理等信息外，还可为您提供Lyncee Tec DHM—R 系列全息数字显微镜、LynceeTec DHM-T数字全息显微镜、Lyncee Tec DHM®数字全息显微镜,上海巨纳客服电话，售前、售后均可联系。

Lyncee Tec 时间分辨动态轮廓仪

Lyncee Tec 时间分辨动态轮廓仪

为3D光学形貌仪添加第四个维度！

4D: 3D测量时序图

3D形貌测量提供干涉测量级的亚纳米分辨率

表征样品动态响应

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