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- Complementary_experiments abstract "In physics, two experimental techniques are often called complementary if they investigate the same subject in two different ways such that two different (ideally non-overlapping) properties or aspects can be investigated. For example, X-ray scattering and neutron scattering experiments are often said to be complementary because the former reveals information about the electron density of the atoms in the target but gives no information about the nuclei (because they are too small to affect the X-rays significantly), while the latter allows you to investigate the nuclei of the atoms but cannot tell you anything about their electron hulls (because the neutrons, being neutral, do not interact with the charged electrons).Scattering experiments are sometimes also called complementary when they investigate the same physical property of a system from two complementary view points in the sense of Bohr. For example, time-resolved and energy-resolved experiments are said to be complementary. The former uses a pulse which is well defined in time (its position is well known at a given time). The latter uses a monochromatic pulse well defined in energy (its frequency is well known).".
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- Complementary_experiments wikiPageLength "1455".
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- Complementary_experiments wikiPageRevisionID "518617437".
- Complementary_experiments wikiPageWikiLink Atom.
- Complementary_experiments wikiPageWikiLink Atomic_nucleus.
- Complementary_experiments wikiPageWikiLink Atoms.
- Complementary_experiments wikiPageWikiLink Category:Experimental_physics.
- Complementary_experiments wikiPageWikiLink Complement.
- Complementary_experiments wikiPageWikiLink Complement_(disambiguation).
- Complementary_experiments wikiPageWikiLink Complementarity_(physics).
- Complementary_experiments wikiPageWikiLink Electric_charge.
- Complementary_experiments wikiPageWikiLink Electron.
- Complementary_experiments wikiPageWikiLink Monochromatic.
- Complementary_experiments wikiPageWikiLink Monochrome.
- Complementary_experiments wikiPageWikiLink Neutron.
- Complementary_experiments wikiPageWikiLink Neutron_scattering.
- Complementary_experiments wikiPageWikiLink Niels_Bohr.
- Complementary_experiments wikiPageWikiLink Physics.
- Complementary_experiments wikiPageWikiLink Scattering.
- Complementary_experiments wikiPageWikiLink X-ray_scattering.
- Complementary_experiments wikiPageWikiLink X-ray_scattering_techniques.
- Complementary_experiments wikiPageWikiLinkText "Complementary experiments".
- Complementary_experiments wikiPageWikiLinkText "complementary experiments".
- Complementary_experiments wikiPageWikiLinkText "complementary observations".
- Complementary_experiments hasPhotoCollection Complementary_experiments.
- Complementary_experiments wikiPageUsesTemplate Template:Physics-stub.
- Complementary_experiments wikiPageUsesTemplate Template:Unreferenced.
- Complementary_experiments subject Category:Experimental_physics.
- Complementary_experiments type Article.
- Complementary_experiments type Article.
- Complementary_experiments type Physic.
- Complementary_experiments comment "In physics, two experimental techniques are often called complementary if they investigate the same subject in two different ways such that two different (ideally non-overlapping) properties or aspects can be investigated.".
- Complementary_experiments label "Complementary experiments".
- Complementary_experiments sameAs m.03kds7.
- Complementary_experiments sameAs Q5156423.
- Complementary_experiments sameAs Q5156423.
- Complementary_experiments wasDerivedFrom Complementary_experiments?oldid=518617437.
- Complementary_experiments isPrimaryTopicOf Complementary_experiments.