Bernhard ErbJean-Philippe KucmaSandrine MoureyFritz Struber2012-11-212025-02-172012-11-212012-11-21https://dl.ftveti.edu.et/handle/123456789/3856Starting from polystyrene, a simple four-step synthesis of polymersupported alkyltriazenes (alkyl Me, Et, benzyl) is described. With this synthesis, a loading capacity of 2.2 mmolg 1 can be reached. The most prominent application of these polymer-supported reagents is the rapid, highly selective and high-yielding esterification of carboxylic acids, which involves a simple .mix and filter off ç procedure at room temperature. If stored in a refrigerator, these reagents are stable for many months and they can be recycled several timesStarting from polystyrene, a simple four-step synthesis of polymersupported alkyltriazenes (alkyl Me, Et, benzyl) is described. With this synthesis, a loading capacity of 2.2 mmolg 1 can be reached. The most prominent application of these polymer-supported reagents is the rapid, highly selective and high-yielding esterification of carboxylic acids, which involves a simple .mix and filter off ç procedure at room temperature. If stored in a refrigerator, these reagents are stable for many months and they can be recycled several timesenalkylation ¥ combinatorial chemistry ¥ diazo compounds ¥ polymers ¥ solid-phase synthesisArticle