 | 1863 - 640 pàgines
...perfectly reciprocal and proportional. The atom of aqueous vapour will, therefore, radiate with 16,000 times the energy of an atom of air. Imagine, then,...accounting for those deluges, the chilling of the vapour by its own radiation must play a most important part. The rain quits the ocean as vapour ; it... | |
 | James Samuelson, Henry Lawson, William Sweetland Dallas - 1864 - 626 pàgines
...perfectly reciprocal and proportional. The atoms of aqueous vapour will therefore radiate with 16,000 times the energy of an atom of air. Imagine, then,...accounting for those deluges, the chilling of the vapour by its own radiation must play a most important part. The rain quits the ocean as vapour, it... | |
 | 1865 - 372 pàgines
...perfectly reciprocal and proportional. The atom of aqueous vapor will therefore radiate with 16,000 times the energy of an atom of air. Imagine then this...chills itself, condenses, and the tropical torrents arc the consequence. The expansion of the air, no doubt, also refrigerates it : but in accounting for... | |
 | John Tyndall - 1868 - 560 pàgines
...perfectly reciprocal and proportional. The atom of aqueous vapour will therefore radiate with Hi, 000 times the energy of an atom of air. Imagine, then,...screen above it to check its radiation. Into space it l«wrs its heat, chills itself, condenses, and the tropical torrents :,rc the consequence. The expansion... | |
 | John Tyndall - 1869 - 566 pàgines
...perfectly reciprocal and proportional. The atom of aqueous vapour will therefore radiate with 16,000 times the energy of an atom of air. Imagine, then,...are the consequence. The expansion of the air, no donbt, also refrigerates it ; but in accounting for deluges, the chilling of the vapour by its own... | |
 | John Tyndall - 1870 - 576 pàgines
...perfectly reciprocal and proportional. The atom of aqucous vapour will therefore radiate with 16,000 tunes the energy of an atom of air. Imagine, then, this powerful radiant in tho presence of space, and with no screen above it to check its radiation. Into space it pours its... | |
 | John Tyndall - 1873 - 484 pàgines
...proportional. The atom of aqueous vapour will therefore radiate with 16,000 times the energy of nn atom of air. Imagine then this powerful radiant in...accounting for those deluges, the chilling of the vapour by its own radiation must play a most important part. The rain quits the ocean as vapour ; it... | |
 | John Tyndall - 1873 - 582 pàgines
...perfectly reciprocal and proportional. The atom of aqucous vapor \vi 1 1 therefore radiate with 16,000 times the energy of an atom of air. Imagine, then,...doubt, also refrigerates it ; but, in accounting for deluges, the chilling of the vapor by ita own radiation must play a most important part. The rain quits... | |
 | Royal Society of South Africa - 1878 - 922 pàgines
...therefore radiate with sixteen kousand times the energy of an atom of air. Imagine, then, this poweril radiant in the presence of space, and with no screen above it to lieck its radiation. Into space it pours its heat, chills itself, condenses, nd the tropical torrents... | |
 | 1880 - 892 pàgines
...reciprocal and proportional. The atom of aqueous vapour will therefore radiate with sixteen thousand times the energy of an atom of air. Imagine, then,...radiation. Into space it pours its heat, chills itself, condcuscs, and the tropical torrents are the consequence. The expansion of the air no doubt also refrigerates... | |
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The atom of aqueous vapour will therefore radiate with 16,000 times the energy of an atom of air. Imagine then this powerful radiant in the presence of space, and with no screen above it to check its radiation. Into space it pours its heat, chills itself,... 
