1963
DOI: 10.1088/0950-7671/40/7/301
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X-ray microanalysis of the light elements

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Cited by 23 publications
(3 citation statements)
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“…Essentially, the pulse height analysis method of Dolby set out to solve electronically (and in live time) three simultaneous equations as determined from the signal outputs from each of the pulse height analysers. The method was very successful; not only could it measure light element concentrations of a few wt.%, but there was also sufficient X‐ray signal to produce X‐ray maps of elements down to, and including, beryllium (Dolby, 1963). Figure 13(a) was obtained using a four‐channel network system (Ranzetta & Scott, 1964) built with Dolby's co‐operation and fitted to a very early scanning electron‐probe microanalyser.…”
Section: Energy Dispersive X‐ray Spectrometrymentioning
confidence: 99%
“…Essentially, the pulse height analysis method of Dolby set out to solve electronically (and in live time) three simultaneous equations as determined from the signal outputs from each of the pulse height analysers. The method was very successful; not only could it measure light element concentrations of a few wt.%, but there was also sufficient X‐ray signal to produce X‐ray maps of elements down to, and including, beryllium (Dolby, 1963). Figure 13(a) was obtained using a four‐channel network system (Ranzetta & Scott, 1964) built with Dolby's co‐operation and fitted to a very early scanning electron‐probe microanalyser.…”
Section: Energy Dispersive X‐ray Spectrometrymentioning
confidence: 99%
“…(ii) For the analysis of soft x-ray spectra by deconvolution of the pulse height distribution, as explored by Dolby (1963) and by Ranzetta and Scott (1966). (iii) For the analysis of small particles on a thin substrate, such as a carbon replica, where the detection and quantitative analysis of particles down to 500 A has been demonstrated by Cooke and Duncumb (1966).…”
Section: X-ray Detectorsmentioning
confidence: 99%
“…Dolby (127,128) in analyzing the requirements for light element detection of the limited intensities from electron probes concluded that reasonable intensities could be obtained only by using a nondispersive system. Scanning pictures of elements as light as beryllium were obtained using a thin window proportional counter.…”
Section: Coatingsmentioning
confidence: 99%