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{{tlx|Chemistry resources}}{{tlx|Charge ontology}}{{tlx|History of science resources}}{{Pri [[Category:Astrophysics/Laboratories]] ...

...on Wikiversity you can also use subpages to complete the various lessons, laboratories, and problem sets associated with the course [[Radiation astronomy/Courses/ {{tlx|Chemistry resources}}{{tlx|Charge ontology}}{{tlx|Geology resources}}{{History of sci ...

{{tlx|Chemistry resources}}{{Charge ontology}}{{tlx|Geology resources}}{{tlx|History of sci [[Category:Astrophysics/Laboratories]] ...

...ze.org/nobel_prizes/chemistry/laureates/1935/index.html Nobel laureates in Chemistry in 1935]) in France before WWII, but that they deliberately refrained on mo ...ation is perceiving now-a process that [http://nobelprize.org/nobel_prizes/chemistry/laureates/1935/joliot-fred-lecture.pdf the investigators will no doubt atte ...

...prolonged search, Permalloy was discovered in 1914 by Gustav Elmen of Bell Laboratories, who found it had higher permeability than silicon steel. Later, in 1923, h Miscibility is a term in chemistry that refers to the property of liquids to mix in all proportions, forming a ...

In the radiation physics laboratories here on Earth, the { emission (i) } , { reflection (i) } , { transmission * [[Radiation chemistry/Quiz|Radiation astrochemistry/Quiz]] ...

...by]], who received the [[wikipedia:Nobel_Prize_in_Chemistry|Nobel Prize in Chemistry]] for his work in 1960. It is based on the fact that radiocarbon ({{chem|14 ...Libby was awarded the [[wikipedia:Nobel_Prize_in_Chemistry|Nobel Prize in Chemistry]] for this work.<ref name="Bowman_9-15" /> ...

| journal = Clinical Chemistry ...the individual to whom these ranges is applied. To compensate, individual laboratories should have their own lab ranges to account for the instruments used in the ...

...ge sum to zero. See Kirchhoff's voltage law). The emf is due solely to the chemistry in the battery that causes charge separation, which in turn creates an elec ...of Physics in Its Elementary Branches: Including the Evolution of Physical Laboratories ...

.... of the IEEE, vol. 70, no. 5, pp. 420-457, May 1982</ref> Hughes Research Laboratories, Malibu, California,<ref>L. E. Larson: “Micro-Machined Switch and Method of ...lass, [[fused silica]] ([[quartz]]), LCP, [[sapphire]], and [[Passivation (chemistry)|passivated]] silicon wafers. As shown in Fig. 4, RF MEMS components can be ...

...phyll.<ref name=Coble>Paula G. Coble "Marine Optical Biogeochemistry:  The Chemistry of Ocean Color" Chemical Reviews, 2007, volume 107, pp 402–418. {{doi| 10.1 ...o establish a detailed picture of the mass loss from stars and the complex chemistry occurring in their extended envelopes. As in all of the SPIRE spectra, the ...

In nuclear physics and [[w:nuclear chemistry|nuclear chemistry]], '''nuclear fission''' is either a [[w:nuclear reaction|nuclear reaction] | title = Nuclear Chemistry ...

{{main|Radiation astronomy/Chemistry|Radiation chemistry}} ...by their interaction with radiation is part of astronomical '''[[radiation chemistry]]''', or '''radiation [[Introduction to Astrochemistry|astrochemistry]]'''. ...

The laboratories of [[Astronomy/Keynote lecture|astronomy]] are limited to the [[Astronomy/O ...nes of science that govern the local laboratory experiments of physics and chemistry?”<ref name=Narlikar/> “The most incomprehensible thing about the universe i ...