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The molecular structure of difluorophosphine selenide,determined using a combination of gas electron diffraction and liquid-crystal NMR data by Alan S.F. Boyd; Graham S. Laurenson; David W.H. Rankin is a Chemistry article available to read on EtoBox.

What is The molecular structure of difluorophosphine selenide,determined using a combination of gas electron diffraction and liquid-crystal NMR data about?

The molecular structure of difiuorophosphine selenide has been determined by a combined analysis of gas-phase electron diffraction data and dipolar couplings obtained for a solution in a nematic phase. Geometrical parameters (r,) are: r(P=Se) 202.6(4), r(P-F) 155.7(3), r(P-H) 142.2(7) pm, LSePF 116.8(3), LFPF 98-l(7), LSePH 118.6(7)".

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Author
Alan S.F. Boyd; Graham S. Laurenson; David W.H. Rankin
Publisher
Elsevier BV
Published
1981
Language
EN
Field
Chemistry (Physical Sciences)

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