其他null检测 | 使用倒置显微镜对微反应器通道进行拉曼分析-HORIBA（中国）

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应用领域	石油/化工
检测样本	其他
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参考标准	0

The flexibility provided by the inverted microscope configuration of the LabRAM INV is ideally suited to in situ Raman measurements within microreactor channels. Information on flow properties, mixing and reactions within channel networks can be obtained, allowing reactions to be fully optimised. In particular, the Raman concentration imaging method described in this application note provides a valuable tool for testing and validating mathematical models of organic reactions in these microchannel systems. reactions within channel networks can be obtained, allowing reactions to be fully optimized, In particular, the Raman concentration imaging method described in this application note provides a valuable tool for testing and validating mathematical models of organic reactions in these microchannel systems.

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HORIBA XploRA INV多功能拉曼及成像光谱仪
型号：XploRA INV

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The flexibility provided by the inverted microscope configuration of the LabRAM INV is ideally suited to in situ Raman measurements within microreactor channels.

Information on flow properties, mixing and reactions within channel networks can be obtained, allowing reactions to be fully optimised. In particular, the Raman concentration imaging method described in this application note provides a valuable tool for testing and validating mathematical models of organic reactions in these microchannel systems. reactions within channel networks can be obtained, allowing reactions to be fully optimized, In particular, the Raman concentration imaging method described in this application note provides a valuable tool for testing and validating mathematical models of organic reactions in these microchannel systems.

上一篇颗粒分析+混合氧化石墨烯+分散状态的混合比例

下一篇磷化学工业的在线应用

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HORIBA（中国）

白金会员丨第22年

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