HEAT. The sun being, for reasons referred to above, assumed to be an incandescent liquid now losing heat, the question naturally occurs, How did this heat originate ? It is certain that it cannot have existed in the sun through an infinity of past... Treatise on Natural Philosophy - Pągina 492per William Thomson Baron Kelvin, Peter Guthrie Tait - 1883 - 527 pąginesVisualització completa - Sobre aquest llibre
| 1862 - 458 pągines
...of his mass, and there must be an approximate connective equilibrium of heat throughout the whole j that is to say, the temperatures at different distances...acquire by expansion without loss or gain of heat PAST II. On the Origin anil Total amount of the Suit's Heal. The sun being, for reasons referred to... | |
| 1862 - 842 pągines
...sensible part in the transference of heat between the inner and outer portions of his mass, and there must be an approximate convective equilibrium of heat throughout...of the substance, if carried from the centre to the 1 One horse power in mechanics is a technical expression (following Watt's estimate), used to denote... | |
| Sir George Grove, David Masson, John Morley, Mowbray Morris - 1862 - 576 pągines
...heat between the inner and outer portions of his mass, and there must be an approximate connective equilibrium of heat throughout the whole, if the whole...of the substance, if carried from the centre to the 1 One horse power in mechanics is a technical expression (following Watt's estimate), used to denote... | |
| British Association for the Advancement of Science - 1862 - 804 pągines
...of his mass, and there must be an approximate conveetive equilibrium of heat throughout the whole ; that is to say, the temperatures at different distances...acquire by expansion without loss or gain of heat. PABT II. On the Origin and Total Amount of the Sun's Heat. The sun being, for reasons referred to above,... | |
| 1862 - 556 pągines
...heat between the inner and outer portions of his mass, and there must be an approximate conivctii'e equilibrium of heat throughout the whole, if the whole...of the substance, if carried from the centre to the 1 One horse power in mechanics is a technical expression (following Watt's estimate), used to denote... | |
| British Association for the Advancement of Science. Meeting - 1862 - 776 pągines
...approximate caewtive equilibrium of heat throughout the whole ; that is to say, the tempérātes* tó different distances from the centre must be approximately...acquire b'y expansion without loss or gain of heat РАИТ П. On the Origin and Total Amount of the Sun't Heat. The sun being, for reasons referred... | |
| William Thomson Baron Kelvin - 1889 - 486 pągines
...wholly in heat, be sufficient to raise the temperature of 23! Ibs. of water by 1° Cent. per minute. approximate convective equilibrium of heat throughout...acquire by expansion without loss or gain of heat. PART III. ON THE ORIGIN AND TOTAL AMOUNT OF THE SUN'S HEAT. The sun being, for reasons referred to... | |
| William Thomson Baron Kelvin - 1891 - 512 pągines
...raise the temperature of 23^ Ibs. of water by t° Cent. per minute. VOL. I. BE approximate connective equilibrium of heat throughout the whole, if the whole...acquire by expansion without loss or gain of heat. PART III. ON THE ORIGIN AND TOTAL AMOUNT OF THE SUN'S HEAT. The sun being, for reasons referred to... | |
| National Academy of Sciences (U.S.) - 1895 - 712 pągines
...certainty, only because the law of the sim's interior density is not known." And again : " There must be an approximate convective equilibrium of heat throughout the whole, if the whole is fluid." But we are not restricted to the hypothesis of convective equilibrinm, and Mr. Lane states definitely... | |
| National Academy of Sciences (U.S.) - 1895 - 472 pągines
...certainty, ouly because the law of the sun's interior density is not known." And again : " There must he an approximate convective equilibrium of heat throughout the whole, if the whole is fluid." But we are not restricted to the hypothesis of convective equilibrium, and Mr. Lane states definitely... | |
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