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est intensity beyond the red part of the spectrum. 1 These ‘new rays’ became an issue of investiga- tion for several researchers, most namely John Leslie who published in 1804 a monograph deal- ing with [...] , W. (1800). Experiments on the Refrangibility of the invisible Rays of the Sun. Philosophical Transactions of the Royal Society 90, 284-292. Joule JP (1850): On the Mechanical Equivalent of Heat.

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• The hard work of experimenting James Prescott Joule, William Thomson, and the mechanical equivalent of heat.
• Mouchot and the solar cooker
• Rumford and calorics

demonstrated that a relation existed be- tween the wavelength in the X-ray spectum and the atomic number. From this relation, Moseley concluded: “There are here three possible ele- ments still undiscovered”

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• Mendeleev and the Periodic System

Märkten - eine modelltheoretische Betrachtung der Einführung von BlueRay/HD-DVD (Master) Analyse und Optimierung der Lagerhaltungspolitik für Ersatzteile im Bereich der Reparatur von Mobiltelefonen (Master

est intensity beyond the red part of the spectrum. 1 These ‘new rays’ became an issue of investiga- tion for several researchers, most namely John Leslie who published in 1804 a monograph deal- ing with [...] , W. (1800). Experiments on the Refrangibility of the invisible Rays of the Sun. Philosophical Transactions of the Royal Society 90, 284-292. Joule JP (1850): On the Mechanical Equivalent of Heat.

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Referenced at

• Rumford and calorics

approach could include experimental methods such as microscopy and x-ray-fluorescence. Re-enacting experiments through replication method is also a possibility, depending on the object type, its conservation

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• Material Culture

est intensity beyond the red part of the spectrum. 1 These ‘new rays’ became an issue of investiga- tion for several researchers, most namely John Leslie who published in 1804 a monograph deal- ing with [...] , W. (1800). Experiments on the Refrangibility of the invisible Rays of the Sun. Philosophical Transactions of the Royal Society 90, 284-292. Joule JP (1850): On the Mechanical Equivalent of Heat.

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application/zip

Referenced at

• Scientific Partnership; James Prescott Joule, William Thomson, and the mechanical equivalent of heat.

est intensity beyond the red part of the spectrum. 1 These ‘new rays’ became an issue of investiga- tion for several researchers, most namely John Leslie who published in 1804 a monograph deal- ing with [...] , W. (1800). Experiments on the Refrangibility of the invisible Rays of the Sun. Philosophical Transactions of the Royal Society 90, 284-292. Joule JP (1850): On the Mechanical Equivalent of Heat.

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application/zip

Referenced at

• The hard work of experimenting James Prescott Joule, William Thomson, and the mechanical equivalent of heat.

, W. (1800). Experiments on the Refrangibility of the invisible Rays of the Sun. Philosophical Transactions of the Royal Society 90, 284-292 Joule JP (1850): On the Mechanical Equivalent of Heat.

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• Rumford and calorics

, 2017a; Kaiser & McMahon, 2017; Koschorke, 2019; Manners & Mur- ray, 2016), it is surprising to find that this strand of research only rarely, and without greater detail, links up with one of the most

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• Culture, Practice and Europeanization

demonstrated that a relation existed be- tween the wavelength in the X-ray spectum and the atomic number. From this relation, Moseley concluded: “There are here three possible ele- ments still undiscovered”

File type

application/zip

Referenced at

• Mendeleev and the Periodic System