Can Radiation Be Converted to Electricity?

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Discussion Overview

The discussion revolves around the potential for converting various forms of radiation, particularly from nuclear fission, into electricity. Participants explore the effectiveness of photovoltaic cells and thermoelectric methods in this context, considering different types of radiation such as infrared, ultraviolet, and gamma radiation.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant suggests that radiation, being a form of light, could be converted into electricity using photovoltaic power cells.
  • Another participant questions whether the discussion pertains to infrared radiation, noting that its energy levels are below those of visible light, which may limit the effectiveness of photovoltaic cells.
  • A different participant clarifies that they are referring to radiation from nuclear fission and inquires about alternative methods for capturing and converting this radiation into electricity.
  • It is noted that nuclear radiation includes electrons, protons, and gamma radiation, with gamma radiation being highly penetrant and potentially damaging rather than effective for promoting electron conduction in photovoltaic materials.

Areas of Agreement / Disagreement

Participants express differing views on the types of radiation being discussed and their potential for conversion into electricity. There is no consensus on the effectiveness of photovoltaic cells for nuclear radiation or alternative methods for conversion.

Contextual Notes

Participants highlight limitations regarding the energy levels of different types of radiation and the challenges associated with using photovoltaic cells for high-energy radiation like gamma rays.

Drakma
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i was wondering since radiation is a form of light if it could be converted into electricity using a photovoltaic power cell.

also i was wondering if anyone has heard of or made a more efficient thermocouple
 
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Is one referring to infrared radiation? In that case, the energy the energy levels are below the energies of visible light so a photovoltaic would not help. Thermoelectrics are use to convert thermal energy to electricity, but the voltage is low compared to a standard light bulb that one would use in the house.

Or is one referring to higher energy radiation, e.g. UV, X-ray, or gamma?

The problem with incandescent lights is that they are notoriously inefficient in terms of converting the electrical energy into light. Compact fluroescent lights are more efficient.
 
i was referring to the type and levels of radiation given off by nuclear fission. if photovoltaic cells are ineffective are there any known ways of capturing this radiation and converting it to electricity or something else
 
Nuclear radioation comes in three flavors: electrons, protons (He nuclei) and gamma radiation. The latter is EM, but it is of such low frequency that is highly penetrant, basically because its high energy would require an extra big conduction gap on a photovoltaic semiconductor. Gamma ray does not promote electrons to conduction bands, but it will directly break bonds, causing damage.
 

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