光反应器
選購商品
賓州大學博士光反應器 M2
賓州博士光反應器是一款完整的光氧化還原催化反應裝置。此台式儀器配備可調式LED光源（波長範圍365至450奈米）、機械攪拌系統及冷卻裝置。反應器支援多種容量的反應管，包括1毫升、4毫升、8毫升、20毫升及40毫升規格。
相關資源
- White Paper: Illuminating Progress: Recent Advances in Photoredox Catalysis
This white paper explores recent advances, including mechanisms like single-electron transfer, novel bond-forming reactions, and breakthroughs in scaling through flow chemistry.
- Brochure: Illuminated Synthesis
Photoredox catalysis and photoreactors enable reproducibility in your research.
- User Guide: Photoredox Catalysis
Photoredox Catalysis desk reference and user’s guide.
- Article: Visible-light Photoredox Catalysis
Photoredox chemistry is a powerful tool in organic synthesis. Find the right photoreactor for your experiment.
- Article: Nicewicz Photoredox Catalysts for Anti-Markovnikov Alkene Hydrofunctionalization
Explore our portfolio of photoexcitable acridinium salts to facilitate olefin hydrofunctionalization with complete anti-Markovnikov selectivity.
- Article: Reducing Organic Photoredox Catalysts for Visible Light-Driven Polymer and Small Molecule Synthesis
Learn more about our phenoxazine and dihydrophenazine organic photoredox catalysts for photoredox catalysis.
- Article: Scale-Up Guide: Photocatalysis Reaction
Read up on our general guidelines for scaling up photocatalysis reactions with our SynLed Parallel and Penn PhD photoreactors.
- Article: Photoredox Iridium Catalyst for Single Electron Transfer (SET) Cross-Coupling
Browse our selection of novel catalysts developed in collaboration with the Gary Molander Group for high-yielding SET reactions.
- Aldrichimica Acta 51.2
Read about the resurgence of electrochemical redox reactions in organic synthesis, conjunctive reagents in cross-coupling, and more in this issue.
- Aldrichimica Acta 52.1
Explore sustainable alternatives to precious-metal-based photoredox catalysts and titanium salalen catalysts in this issue.
- Aldrichimica Acta 54.1
Take a deep dive into preparative batch-type electrosynthesis, reductive electrosynthesis, and emerging trends in organic electrocatalysis.
相關線上研討會
在本場線上研討會中，您將深入瞭解光氧化還原催化的多元應用特性、商用光反應器技術的最新進展、優化反應條件的策略，以及如何將光氧化還原催化技術拓展至更廣泛的親核試劑範圍。
在本場線上研討會中，您將深入探索光催化技術如何影響綠色化學的發展——從先進催化劑的設計，到其在製藥業及重要化合物合成等跨領域的工業應用潛力。
觀看這場深入剖析的線上研討會，探索光氧化還原催化劑在有機合成與高分子合成領域的基礎原理與應用實例。
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