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Journal of Nanoparticle Research - Highly sensitive low-cost non-enzymatic glucose sensor of copper oxide (CuO) nanorods (NRs) was successfully fabricated using a two-step anodization method with... 相似文献
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We report the synthesis of single enantiomers of epoxy-mycolic acids containing an α-methyl-trans-alkene or a cis-cyclopropane with structures that match those of major isomers of such molecules present in complex mixtures in Mycobacteria such as Mycobacterium fortuitum or Mycobacterium smegmatis 相似文献
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Dakhil Z. Al Kremawi 《Tetrahedron letters》2010,51(13):1698-1701
We report the synthesis of single enantiomers of two epoxy-mycolic acids containing an α-methyl-trans-alkene. 相似文献
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R.J. Lovell S.J. Daunt M. Dakhil G.W. Halsey W.E. Blass 《Journal of Molecular Spectroscopy》1985,110(2):175-185
The 2ν3(A1) band of 12CD3F near 5.06 μm has been recorded with a resolution of 20–24 × 10?3 cm?1. The value of the parameter (αB ? αA) for this band was found to be very small and, therefore, the K structure of the R(J) and P(J) manifolds was unresolved for J < 15 and only partially resolved for larger J values. The band was analyzed using standard techniques and values for the following constants determined: ν0 = 1977.178(3) cm?1, B″ = 0.68216(9) cm?1, D″J = 1.10(30) × 10?6 cm?1, αB = (B″ ? B′) = 3.086(7) × 10?3 cm?1, and βJ = (D″J ? D′J) = ?3.24(11) × 10?7 cm?1. A value of αA = (A″ ? A′) = 2.90(5) × 10?3 cm?1 has been obtained through band contour simulations of the R(J) and P(J) multiplets. 相似文献
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R. J. Lovell S. J. Daunt M. Dakhil G. W. Halsey W. E. Blass 《Journal of Molecular Spectroscopy》1985,110(2)
The 2ν3(A1) band of 12CD3F near 5.06 μm has been recorded with a resolution of 20–24 × 10−3 cm−1. The value of the parameter (αB − αA) for this band was found to be very small and, therefore, the K structure of the R(J) and P(J) manifolds was unresolved for J < 15 and only partially resolved for larger J values. The band was analyzed using standard techniques and values for the following constants determined: ν0 = 1977.178(3) cm−1, B″ = 0.68216(9) cm−1, D″J = 1.10(30) × 10−6 cm−1, αB = (B″ − B′) = 3.086(7) × 10−3 cm−1, and βJ = (D″J − D′J) = −3.24(11) × 10−7 cm−1. A value of αA = (A″ − A′) = 2.90(5) × 10−3 cm−1 has been obtained through band contour simulations of the R(J) and P(J) multiplets. 相似文献
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