 | Henry Minchin Noad - 1855 - 574 str.
...it is as the square root of the attractive force. 3°. The interval which the accumulation can pass is directly proportional to the quantity of Electricity, and inversely proportional to the surface ; it is as the quantity divided by the surface. If the Electricity and surface be either increased... | |
 | Adolphe Ganot, Edmund Atkinson - 1875 - 896 str.
...arrangements, have found, by independent researches, that for small distances the striking distance is directly proportional to the quantity of electricity, and inversely proportional to the extent of coated surface ; in other words, it is proportional to the electric density. Thus, taking... | |
 | Frederick William Levander - 1880 - 136 str.
...battery, the other with the prime conductor of the machine. For small distances, the striking distance is directly proportional to the quantity of electricity and inversely proportional to the extent of coated surface. 56. Describe and explain the condenser. (1860, 1865). This instrument consists... | |
 | Frederick William Levander - 1880 - 156 str.
...battery, the other with the prime conductor of the machine. For small distances, the striking distance is directly proportional to the quantity of electricity and inversely proportional to the extent of coated surface. 56. Describe and explain the condenser. (1860, 1865). This instrument consists... | |
 | William Crookes, George Wharton Simpson - 1884 - 858 str.
...where the striking distance (the length of spark) is small. For small distances, the striking distance is directly proportional to the quantity of electricity, and inversely proportional to the extent of the coated surfaces ; in other words, it is proportional to the electric density. The luminosity,... | |
 | Frederick William Levander - 1885 - 148 str.
...battery, the other with the prime conductor of the machine. For small distances, the striking distance is directly proportional to the quantity of electricity and inversely proportional to the extent of coated surface. 69. A Leyden jar is charged from an electric machine, a unit jar being interposed,... | |
 | Thomas O'Conor Sloane - 1897 - 696 str.
...approximately the same quantity of electricity is received by the larger jars. The sparking distance ;« is directly proportional to the quantity of electricity,...1,ooo amperes flowing for one hour under an EMF of 1 volt; 3,6oo,ooo volt-coulombs, or 1,ooo watt-hours, are its equivalent. It is equal to *,°A° -... | |
 | Thomas O'Conor Sloane - 1924 - 840 str.
...the same of its inner surface coated with tinfoil. It is placed between a source of electricity anda larger jar or battery of jars which is to be charged....knobs should be adjusted not too far from each other. 1,000 amperes flowing for one hour under an EMF of I volt; 3,600,000 volt-coulombs, or 1,000 watt-hours,... | |
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The sparking distance ;« is directly proportional to the quantity of electricity, and inversely proportional to the area of coated surface, or is proportional to the potential difference of the two coats. This is only true for short sparking distance,... 