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ArrheniusOne is an innovative state-of-the-art microwave generator and applicator for continuous-flow, microwaveassisted organic synthesis (CF-MAOS) in drug development.
Combining continuous flow with microwave heating can significantly reduce total process times during the development of pharmaceutical compounds. The rapid, uniform heating provided by the ArrheniusOne delivers 10 to 1000 times faster reaction rates within minutes. Continuous flow allows more compound to be produced safely while consuming less energy and producing less waste. Reaction conditions are quickly optimised, thereby eliminating the need for re-optimisation during scale-up and so saving time downstream.
Developed by microwave technology specialist WaveCraft of Sweden and marketed jointly by Uniqsis and WaveCraft, the ArrheniusOne is designed to operate with two- or four-channel FlowSyn continuous flow reactor systems from Uniqsis. The two products combine to offer a unique solution for rapid optimisation and scale-up of compound production to dramatically increase productivity and efficiency, while reducing energy consumption and environmental impact.
Typical CF-MAOS applications include catalysed styrene synthesis, catalysed Suzuki−Miyaura coupling, Fischer indole synthesis, Claisen rearrangement and many others.
微波加热组件：
温度范围：室温到300°C
升温速率：1~5°C/S
压力：30BAR（可到50bar）
微波功率：0~150W 变频输出
微波频率：2.4~2.5GHZ
电压：110~240V
频率：50或60HZ
控制部分：工作站 （电脑另配）
微波加热组件：
温度范围：室温到300°C
升温速率：1~5°C/S
压力：30BAR（可到50bar）
微波功率：0~150W 变频输出
微波频率：2.4~2.5GHZ
电压：110~240V
频率：50或60HZ
控制部分：工作站 （电脑另配）
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流动合成在药物合成中应用制药/生物制药 2010-04-14
典型用户
| 用户单位 | 采购时间 |
|---|---|
| York University | 2011-11-01 |
| Uppsala University | 2010-08-24 |
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