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City Cambridge / Ponndorf / Groton / / Company ThalesNano / / Country United Kingdom / / / Event Reorganization / / Facility reactor R1 / University of Cambridge / R4 reactor / / IndustryTerm chemical space / control protocol / metal oxide structure / process analytical technologies / scripted control algorithms / automation protocol / free software / reduction products / supported precious metal / metal oxide / organic solution / web browser / sufficient processing power / control software / analysed using computer vision software / plug flow protocol / Alternate web version / sustainable processing / version control systems / aqueous solution / reagent solution / open-source software platform / control algorithm / laboratory devices / typical software packages / appropriate control software / with other equipment / organic solutions / chemical intelligence / flow chemistry devices / laboratory hardware / open-source software package / much more complex systems / amide product / continuous processing / synthesis technologies / software solutions / multi-step continuous processing / free and open software / work-up technologies / desired flexibility between devices / / Organization Department of Chemistry / University of Cambridge / US Federal Reserve / Beilstein-Institut / / Person Steven V. Ley / / / Position Editor / Corresponding author / chemist / / ProgrammingLanguage Python / / ProvinceOrState Connecticut / / SportsEvent USA Open / / Technology SMS / process analytical technologies / work-up technologies / 1Innovative Technology / control algorithm / Image processing / one-off protocols / digital camera / pdf / Ethernet / automation protocol / Introduction Enabling synthesis technologies / plug flow protocol / control protocol / scripted control algorithms / / URL http /
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Integration of enabling methods for the automated flow preparation of piperazine-2-carboxamide Richard J. Ingham1, Claudio Battilocchio1, Joel M. Hawkins2