Abstract
RECENTLY, Lonsdale1 has published a brief account of her measurements on single crystals of diamond using the divergent beam method2. At the same time, measurements were made by me on a specimen of diamond dust employing the X-ray powder method developed to a high degree of precision by Bradley and Jay3 and others. The two sets of measurements are of interest to the physicist because they provide a comparison of the accuracy obtainable by the powder method with that obtainable by Lonsdale's method; they are of interest to the chemist because they lead to the most accurate value yet of the C–C single bond in diamond.
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References
Lonsdale, K., NATURE, 153, 22 (1944).
Lonsdale, K., NATURE, 151, 52 (1943).
Bradley, A. J., and Jay, A. H., Proc. Phys. Soc., 44, 563 (1932).
Lipson, H., and Wilson, A. J. C., J. Sci. Instr., 18, 144 (1941).
Lipson, H., and Riley, D. P., NATURE, 151, 250, 502 (1943). Wilson, A. J. C., NATURE, 151, 562 (1943).
Ehrenberg, W., Z. Krist., 63, 320 (1926). Yuehing Tu, Phys. Rev., 40, 662 (1932). Renninger, M., Z. Phys., 108, 141 (1937).
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RILEY, D. Lattice Constant of Diamond and the C–C Single Bond. Nature 153, 587–588 (1944). https://doi.org/10.1038/153587b0
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DOI: https://doi.org/10.1038/153587b0
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