x-ray image spectrography

x-ray image spectrography

[′eks ‚rā ¦im·ij spek′träg·rə·fē] (spectroscopy) A modification of x-ray fluorescence analysis in which x-rays irradiate a cylindrically bent crystal, and Bragg diffraction of the resulting emissions produces a slightly enlarged image with a resolution of about 50 micrometers.