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What History Can Teach Us About Science: Theory and Experiment, Data and Evidence

机译:历史可以教给我们什么科学知识:理论与实验,数据与证据

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Scientists often use more than the results of experiment to arrive at a resu they use anticipation and analogy to arrive at the results that fit their theories, and sometimes they correct results in the light of analogy. They also need to be clear about the difference between accuracy and precision. They do all this using not only theories, but also apparatus, and the interplay between apparatus and the development of concepts and theories is often crucial. Historians of chemistry (notably including the recent work of Usselman, Rocke, and Holmes) furnish us with plenty of examples of such interplay, and of the selection of data in the light of theory. Lavoisier, Dalton, and Liebig can each teach us a good deal about the way that good scientists arrive at reproducible results.
机译:科学家经常使用超过实验结果的结果来获得结果。他们使用预期和类比得出符合其理论的结果,有时他们会根据类比来校正结果。他们还需要清楚准确性和精确度之间的差异。他们不仅使用理论而且使用设备来完成所有这些工作,并且设备与概念和理论的发展之间的相互作用通常至关重要。化学史学家(特别是包括Usselman,Rocke和Holmes的最新著作)为我们提供了许多此类相互作用的例子,并为我们提供了根据理论进行数据选择的例子。 Lavoisier,Dalton和Liebig都可以教给我们很多关于优秀科学家得出可再现结果的方法。

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