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- W1477751605 abstract "This chapter aims to survey the principles of neutron diffraction as it relates to inorganic chemistry. It introduces the two basic applications of neutron diffraction: the detection of light elements and the exploitation of the magnetic scattering of neutrons. It is the former that has been of most service to inorganic chemistry. The value of neutron diffraction for the determination of the structures of compounds of heavy elements arises because the scattering amplitudes of these elements are not very much larger than those of the light elements such as hydrogen, carbon, and nitrogen. One of the earliest and most continuing applications of neutron diffraction to inorganic chemistry has been its use in establishing and detailing hydrogen bonds. The chapter discusses some observations of magnetic scattering in paramagnetic materials that have been used to deduce direct information about the valence states of certain atoms. Miscellaneous compounds, such as (a) solido xygen and hydrogen and (b) spinels and garnets have been discussed." @default.
- W1477751605 created "2016-06-24" @default.
- W1477751605 creator A5057630308 @default.
- W1477751605 date "1966-01-01" @default.
- W1477751605 modified "2023-09-23" @default.
- W1477751605 title "Neutron Diffraction and Its Applications in Inorganic Chemistry" @default.
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- W1477751605 doi "https://doi.org/10.1016/s0065-2792(08)60203-4" @default.
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