Paul Hagenmüller (1921 − 2017) is an important figure of French solid-state chemistry, who enjoyed scientific and institutional recognition. He published 796 papers and has been cited more than 16,000 times. This paper explores Hagenmüller's work using scientometric analysis to reveal the impact of his work, his main research topics and his collaborations. Although Hagenmüller was a recognized scientist, a subset of his work, now highly cited, attracted little attention at the time of publication. To understand this phenomenon, we detect and study papers with delayed recognition, also called 'Sleeping Beauties' (SBs).In scientometrics, SBs are publications that go unnoticed, or 'sleep' for a long time before suddenly attracting a lot of attention in terms of citations. We identify 7 SBs published between 1965 and 1985, and awakened between 1993 and 2010. The first SB reports the discovery of the clathrate structure of silicon. The second reports the isolation of four new phases with the formula NaxCoO2 (x<=1). The five other SBs investigate the electrochemical intercalation and deintercalation of sodium, and the structure and properties of layered oxides. Through interviews with his coworkers, we attempt to identify the reasons for the delayed recognition and the context of the renewed interest in those papers.

保罗·哈根穆勒（PaulHagenmüller，1921年至2017年）是法国固态化学的重要人物，他获得了科学和制度上的认可。他发表过796篇论文，被引用超过16,000次。本文使用科学计量分析方法探索了哈根穆勒的工作，以揭示哈根穆勒的工作，他的主要研究主题和他的合作的影响。尽管哈根穆勒（Hagenmüller）是一位公认的科学家，但他的工作的一部分（现已被高度引用）在出版时几乎没有引起人们的注意。为了了解这种现象，我们检测并研究了延迟识别的论文，也称为``睡美人''（Sleeping Beauties）（SB）。引用条款。我们确定了1965年至1985年之间发布的7个SB，并在1993年至2010年间被唤醒。第一个SB报告了硅的笼形结构的发现。第二篇报告了四个新相的分离，其分子式为NaxCoO2（x <= 1）。其他五个SB研究钠的电化学嵌入和脱嵌，以及层状氧化物的结构和性质。通过与他的同事的访谈，我们试图找出延迟认可的原因以及对这些论文重新产生兴趣的背景。