TEI-XML (Ansicht) | |
Text (Ansicht) | |
Text normalisiert (Ansicht) |
Textgröße | |
Originalzeilenfall ein/aus | |
Zeichen original/normiert | |
Alexander von Humboldt, Louis Joseph Gay-Lussac: „Experiments on the Eudiometrical Means, and on the Proportion of the Constituent Principles of the Atmosphere“, in: ders., Sämtliche Schriften digital, herausgegeben von Oliver Lubrich und Thomas Nehrlich, Universität Bern 2021. URL: <https://humboldt.unibe.ch/text/1805-Experiences_sur_les-4-neu> [abgerufen am 08.12.2023].
Permalink: https://humboldt.unibe.ch/text/1805-Experiences_sur_les-4-neu |
Die Versionsgeschichte zu diesem Text finden Sie auf github. |
Titel | Experiments on the Eudiometrical Means, and on the Proportion of the Constituent Principles of the Atmosphere | ||||
---|---|---|---|---|---|
Jahr | 1806 | ||||
Ort | London | ||||
Nachweis in: The Repertory of Arts, Manufactures, and Agriculture 8:45 (Februar 1806), S. 231–239; 8:46 (März 1806), S. 303–318; 8:47 (April 1806), S. 365–381; 8:48 (Mai 1806), S. 449–461.
|
|||||
Beteiligte | Louis Joseph Gay-Lussac | ||||
Sprache | Englisch | ||||
Typografischer Befund | Antiqua; Auszeichnung: Kursivierung; Fußnoten mit Asterisken; Schmuck: Initialen, Kapitälchen; Tabellensatz. | ||||
Identifikation |
|||||
Statistiken
|
Weitere Fassungen | |
---|---|
![]() |
Expériences sur les moyens eudiométriques, et sur la proportion des principes constituans de l’atmosphère (Paris, 1805, Französisch) |
![]() |
Versuche über die eudiometrischen Mittel und das Verhältniß der Bestandtheile der Atmosphäre (Berlin, 1805, Deutsch) |
![]() |
Versuche über die eudiometrischen Mittel, und über das Verhältniss der Bestandtheile der Atmosphäre. Vorgelesen in der ersten Klasse des National-Instituts am 21sten Jan. 1805 Zweiter Teil: Ueber die Natur der Luft, welche man aus dem Wasser erhält, und über die Wirkung des Wassers auf reine und auf vermischte Gastarten (Halle, 1805, Deutsch) |
![]() |
Experiments on the Eudiometrical Means, and on the Proportion of the Constituent Principles of the Atmosphere (London, 1806, Englisch) |
Experiments on the Eudiometrical Means, and on the Pro-portion of the Constituent Principles of the Atmosphere.By Messrs. Humboldt and Gay-Lussac. From the Journal de Physique.
Observations on several of the Eudiometric Means.
Experiments on the Eudiometrical Means, and on the Pro-portion of the Constituent Principles of the Atmosphere.By Messrs. Humboldt and Gay-Lussac.
Hydrogene. | Oxygene. | Absorption. |
100 ‒ ‒ ‒ | 200 ‒ ‒ ‒ | 146 |
100 ‒ ‒ ‒ | 300 ‒ ‒ ‒ | 146 |
100 ‒ ‒ ‒ | 600 ‒ ‒ ‒ | 146 |
100 ‒ ‒ ‒ | 900 ‒ ‒ ‒ | 146 |
100 ‒ ‒ ‒ | 950 ‒ ‒ ‒ | 68 |
100 ‒ ‒ ‒ | 1000 ‒ ‒ ‒ | 55 |
100 ‒ ‒ ‒ | 1200 ‒ ‒ ‒ | 24 |
100 ‒ ‒ ‒ | 1400 ‒ ‒ ‒ | 14 |
100 ‒ ‒ ‒ | 1600 ‒ ‒ ‒ | 0 * |
Experiments on the Eudiometrical Means, and on the Pro-portion of the Constituent Principles of the Atmosphere.By Messrs. Humboldt and Gay-Lussac.
100,8 | 101,0 | 102,0 |
101,4 | 101,7 | 102,0 |
100,5 | 102,0 | 101,0 |
101,0 | 101,5 | 101,5 |
The mean term of which is ‒ ‒ | 101,3 |
101,5 | 102,0 | 101,5 |
101,3 | 102,0 | 102,3 |
102,2 | 101,0 | 102,0 |
102,0 | 101,0 | 102,0 |
Mean term ‒ ‒ | 101,7 | |
Mean absorption | 298,8 |
Analysis of the Atmospheric Air by Volta’s Eudiometer.
Analysis of the at-mospheric air. | Of the air of the pit. | Of the air of the highestpart of the building. |
200 atmosph. air. | 200 atmosph. air. | 200 atmosph. air. |
200 hydrogene. | 200 hydr. | 200 hydr. |
126 air absorbed. | 121,5 abs. | 122,5 abs. |
21 oxygene. | 20,2 oxyg. | 20,4 oxyg. |
Experiments on the Eudiometrical Means, and on the Pro-portion of the Constituent Principles of the Atmosphere.By Messrs. Humboldt and Gay-Lussac.
Of the Nature of the Air extracted from Water, and of theAction of Water upon the Gases, both pure and mixed.
Portions of air, accordingto the order of theirevolution. | Absorption. | Oxygene gas containedin 100 parts of theair evolved. |
First ‒ ‒ ‒ | 142,0 ‒ ‒ ‒ | 23,7 |
Second ‒ ‒ ‒ | 164,5 ‒ ‒ ‒ | 27,4 |
Third ‒ ‒ ‒ | 185,0 ‒ ‒ ‒ | 30,2 |
Fourth ‒ ‒ ‒ | 195,0 ‒ ‒ ‒ | 32,5 |
The first ‒ ‒ ‒ ‒ ‒ | 24,0 of oxygene. |
Second ‒ ‒ ‒ ‒ | 26,8. |
Third ‒ ‒ ‒ ‒ | 29,6. |
Fourth ‒ ‒ ‒ ‒ | 32,0. |
Fifth ‒ ‒ ‒ ‒ | 34,8. |
Dayswhen theAir wascollected. | Temperatureexpressed inDegrees of thecentigradeThermometer. | State of the Atmosphere. | Absorptionproceeding fromthe Inflamma-tion of 200 ofAir and 200 ofHydrogene. | Quantityof oxygenecontainedin 100Parts ofAir. | |||
Brumaire | 26 | ....... 7°.3 | Sky overcast; wind E. .......... | .... 126,0 | .. 21,0 | 126,0 | .. 21,0 |
27 | ........ 4,5 | Sky overcast; wind E. S. E. ...... | .... 126,0 | .. 21,0 | 126,0 | .. 21,0 | |
28 | ........ 4,7 | Light rains; very high wind S. W. | .... 126,0 | .. 21,0 | 126,0 | .. 21,0 | |
29 | ....... 10,0 | Light rain; wind S. ........... | .... 126,0 | .. 21,0 | 126,5 | .. 21,1 | |
30 | ....... 12,5 | Sky overcast; wind S. W. ........ | .... 126,8 | .. 21,2 | 126,0 | .. 21,0 | |
Frimaire | 1 | ........ 6,7 | Sky cloudy, slight rain; wind S. W. | .... 126,0 | .. 21,0 | 126,0 | .. 21,0 |
2 | ........ 1,5 | Cloudy sky; wind W. .......... | .... 126,0 | .. 21,0 | 126,0 | .. 21,0 | |
3 | ........ 8,5 | Rain; wind S. ................ | .... 126,3 | .. 21,0 | 126,5 | .. 21,1 | |
4 | ....... 10,6 | Sky overcast; wind S. W. ........ | .... 126,2 | .. 21,0 | 126,5 | .. 21,1 | |
5 | ........ 3,3 | Cloudy sky; wind E. .......... | .... 126,5 | .. 21,1 | 126,0 | .. 21,0 | |
6 | ...... —1,6 | White frost; wind N. .......... | ...... 126,0 | .. 21,1 | |||
7 | ...... —1,3 | Snow; wind N. ................ | ...... 12,65 | .. 21,0 | |||
10 | ...... —4,1 | Fog; wind N. N. E. ............ | ...... 126,0 | .. 21,0 | |||
12 | ...... —2,8 | Cloudy sky, mists; wind E. .... | ...... 136,5 | .. 20,9 | |||
14 | ........ 4,2 | Rain; wind S. ................ | ...... 126,0 | .. 21,0 | |||
16 | ........ 3,1 | Thick fog .................... | ...... 126,0 | .. 21,0 | |||
22 | ........ 9,6 | Rain; wind S. S. W. ............ | ...... 126,0 | .. 21,0 | |||
28 | ...... —2,2 | Sky overcast; wind N. E. ........ | ...... 126,0 | .. 21,0 | |||
Nivose 2 | ........ 1,0 | Hoar frost, thick fog; wind S. E. .. | ...... 126,0 | .. 21,0 |