26. Taflkajewa T. P., Wajal'Sztejill E. J. -~e -c'ZUWSltwitielloost.i opredlelenlJja c.inka i kadmia atomno-absorpclonnym mietodom. Izw. Sib. Otid. AiN SSSIR, s. cl:Iian.ni,eo.rg. 1'967, nT 9,
cwy!p. 4. . . • t ' +I ...
27. 'llrent D. J., Slav'lD W. - iDe et'I!IIIlt!1Ia .... 1QIn UL v!IJ'ikms meta!l.s :in !silicate samlPles by atQmi.e ajbsortptiJcm ~ctI'!~OtcmetTy. AIboirIILc ~on
NEIwSlette!l' 3, 19114.
SUMMARY
After a short introduction into the theory of absorption atomie speetrophotometry the. author dis-cusses some details of instruments, and then the ways of preparing samples · for analysis. Based on the literature data he also illustrates numerous possi-bilities of applying this method in geological ana-lytic laboratories. The advantages of the absorption atomic speCtroscopy are emphasized by the present author in a comparison of this method with the
. other analytical methods, particularly with the emission flame photometry.
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