 | Royal Society (Great Britain) - 1816 - 478 pagina’s
...did not explode any mixture of air and of the fire-damp ; and a fire'made of well burned charcoal, ie charcoal that burned without flame, was blown up to...white heat, did not inflame explosive mixtures of the fire-damp ; but, when in brilliant combustion, it produced the effect. The flame of gaseous oxide of... | |
 | 1816 - 442 pagina’s
...did not explode any mixture of air and of the fire-damp; and a fire made of well-burned charcoal, ie charcoal that burned without flame, was blown up to...white heat, did not inflame explosive mixtures of the fire-damp ; but, when in brilliant combustion, it produced the effect. The flame of gaseous oxyd of... | |
 | Thomas Campbell, Samuel Carter Hall, Edward Bulwer Lytton Baron Lytton, Theodore Edward Hook, Thomas Hood, William Harrison Ainsworth, William Ainsworth - 1816 - 600 pagina’s
...did not explode any mixture of air and of the fire damp ; and a fire made of well-burned charcoal, tt charcoal that burned without flame, was blown up to...fire-damp, without producing its inflammation. An iron roil at the highest degree of red heat, and at the commun degree of white heat, di I not inflame explosive... | |
 | Thomas Campbell, Samuel Carter Hall, Edward Bulwer Lytton Baron Lytton, Theodore Edward Hook, Thomas Hood, William Harrison Ainsworth, William Ainsworth - 1816 - 642 pagina’s
...fire made of well-burned charcoal, ie charcoal that burned without flame, was blown up to whitenrss by an explosive mixture containing the fire-damp,...inflammation. An iron rod at the highest degree of rcf! heat, and at the common degree of white lient, di I no' inflame explosive mixtures of the fire-damp... | |
 | Sir Humphry Davy - 1825 - 174 pagina’s
...did not explode any mixture of air and of the fire-damp ; and a fire made of well burned charcoal, ie charcoal that burned without flame, was blown up to...white heat, did not inflame explosive mixtures of the fire-damp ; but, when in brilliant combustion, it produced the effect. The flame of gaseous oxide of... | |
 | William Thomas Brande - 1830 - 678 pagina’s
...did not explode any mixture of air and of the fire-damp ; and a fire made of well-burned charcoal, ie charcoal that burned without flame, was blown up to...white heat, did not inflame explosive mixtures of the fire-damp; but, when in brilliant combustion, it produced the effect. The flame of gaseous oxide of... | |
 | John Ayrton Paris - 1831 - 598 pagina’s
...made of wellburned charcoal, that is to say, of charcoal that will burn without flame, was actually blown up to whiteness by an explosive mixture containing...firedamp, without producing its inflammation.* An iron rod also, at the highest degree of red heat, and even at the common degree of white heat, did not inflame... | |
 | John Ayrton Paris - 1831 - 582 pagina’s
...of wellburned charcoal, that is to say, of charcoal that will burn without flame, was 2 s 2 actually blown up to whiteness by an explosive mixture containing...firedamp, without producing its inflammation.* An iron rod also, at the highest degree of red heat, and even at the common degree of white heat, did not inflame... | |
 | Charles Knight - 1841 - 440 pagina’s
...inflammable gases, inasmuch as it requires a far higher temperature before it can be set on fire ; an iron rod, at the highest degree of red heat, and...white heat, did not inflame explosive mixtures of the fire-damp, and an explosion only took place when a flame was applied. He further made the important... | |
 | Charles Barlow - 1847 - 720 pagina’s
...heat, did not explode any mixture of air and of fire-damp ; and a fire made of well-burnt charcoal was blown up to whiteness by an explosive mixture...fire-damp, without producing its inflammation. An iron-rod, heated to a white heat, did not explode the mixture ; bufiron in brilliant combustion did... | |
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... charcoal that burned without flame, was blown up to whiteness by an explosive mixture containing the fire-damp, without producing its inflammation. An iron rod at the highest degree of red heat, and at the common degree of white heat, did not inflame... 
