Difference between revisions of "Experimental Atomic Diode: Direct Energy Conversion"
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− | This article describes some experiments that demonstrated direct energy conversion from an NRC-exempt americium-241 alpha-particle source that produced a measurable potential of about 0.3 volts. The principle is sound, but a large and perhaps impractical quantity of americium-241 would be required for observing any significant electrical output above the noise level. These experiments were very instructive regarding the ionization process, direct energy conversion and low-level current measurements.[[Category:Scientific Paper]] | + | This article describes some experiments that demonstrated direct energy conversion from an NRC-exempt americium-241 alpha-particle source that produced a measurable potential of about 0.3 volts. The principle is sound, but a large and perhaps impractical quantity of americium-241 would be required for observing any significant electrical output above the noise level. These experiments were very instructive regarding the ionization process, direct energy conversion and low-level current measurements. |
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+ | [[Category:Scientific Paper|experimental atomic diode direct energy conversion]] | ||
[[Category:New Energy]] | [[Category:New Energy]] |
Revision as of 10:23, 1 January 2017
Scientific Paper | |
---|---|
Title | Experimental Atomic Diode: Direct Energy Conversion |
Author(s) | Timothy E Raney |
Keywords | americium, energy conversion |
Published | 2002 |
Journal | Electric Spacecraft Journal |
Number | 35 |
Pages | 9-12 |
Abstract
This article describes some experiments that demonstrated direct energy conversion from an NRC-exempt americium-241 alpha-particle source that produced a measurable potential of about 0.3 volts. The principle is sound, but a large and perhaps impractical quantity of americium-241 would be required for observing any significant electrical output above the noise level. These experiments were very instructive regarding the ionization process, direct energy conversion and low-level current measurements.