Neutron Generator Applications

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Discussion Overview

The discussion revolves around the applications of neutron generators, exploring various uses and suggesting further reading on the topic. The scope includes theoretical and practical applications, particularly in the context of biological interactions and imaging techniques.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • Some participants mention the use of neutron sources in studying interactions with biological structures, highlighting their damaging effects on living cells and implications for astronaut health.
  • One participant points out that the Wikipedia entry on neutron generators lacks depth but provides useful links for further information.
  • Neutron diffraction is identified as one application of neutron generators.
  • Neutron radiography is discussed as another significant application, noted for its effectiveness in examining hydrogen distribution in metals and its ability to penetrate large objects with less scatter compared to X-rays.

Areas of Agreement / Disagreement

Participants express a range of applications for neutron generators, but there is no consensus on a comprehensive list or the depth of existing resources. Multiple viewpoints on the usefulness of provided links and applications remain present.

Contextual Notes

Some limitations include the reliance on external sources for information and the varying depth of applications discussed, which may depend on specific contexts or definitions of neutron generator uses.

Who May Find This Useful

Readers interested in the applications of neutron generators, particularly in biological research, imaging techniques, and radiation effects, may find this discussion relevant.

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I was wondering if some of you could describe a couple of the applications of a neutron generator and or suggest some further reading on the types of such?
 
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Have you read the wiki entry for it? I assume so.
http://en.wikipedia.org/wiki/Neutron_generator

One important use of a neutron source is the study of how neutrons interact with biological structures and cause damage to the system. Neutrons are very damaging to living cells. Neutrons can be as damaging as heavy charged particles (ie fully ionized heavy nuclei) to a cell and are therefore very important to the health of Astronauts from a radiation shielding point of view.
 
Yeah i read that, not much there really. The links are usefull though.

More information at

http://www.lbl.gov/tt/techs/lbnl1764.html
http://www.nsd-fusion.com/core-tech.php
http://www.nsd-fusion.com/howtouse.php
 
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Neutron diffraction is one application.

Neutron radiography is another important application. Neutron radiagraphy is particularly useful in looking at hydrogen distribution in metals.

Neutron radiography is also useful for looking across big objects (e.g. trucks and containers). Neutrons are more penetrating than X-rays, and are subject to less scatter.
 

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