Authors: DUIMAKAEV SI STEPANOSOV AR DUIMAKAEVA TG TARNOPOLSKII MG SHPOLYANSKII AY KARMANOV VI SELIVERSTENKO SI

Citation: Si. Duimakaev et al., USE OF FLUORESCENCE INTENSITY MEASURED FOR 2 PARTICLE DISPERSION STATES IN X-RAY SPECTRAL-ANALYSIS OF POWDERS, Industrial laboratory, 61(2), 1995, pp. 83-87

Authors: DUIMAKAEV SI TARNOPOLSKII MG DUIMAKAEVA TG SHPOLYANSKII AY

Citation: Si. Duimakaev et al., GENERALIZATION OF THE THEORETICAL CORRECTION METHOD IN THE COMPRESSEDSAMPLE MODEL TO X-RAY-FLUORESCENCE ANALYSIS OF SAMPLES WITH WIDELY VARYING COMPOSITION, Industrial laboratory, 60(4), 1994, pp. 211-213

Authors: TARNOPOLSKII MG DUIMAKAEVA TG SHPOLYANSKII AY DUIMAKAEV SI VERSHININ AS SKOMOROVSKII OS

Citation: Mg. Tarnopolskii et al., PROCEDURAL-SOFTWARE PACKAGE FOR AUTOMATED X-RAY FLUORESCENT ANALYSIS, Journal of analytical chemistry, 48(5), 1993, pp. 616-620

Authors: DUIMAKAEVA TG TARNOPOLSKII MG DUIMAKAEV SI KARMANOV VI SHPOLYANSKII AY

Citation: Tg. Duimakaeva et al., ALLOWANCE FOR THE DISPERSITY OF A POWDER SAMPLE ON THE BASIS OF 2 LINE-INTENSITIES OF THE TARGET ELEMENT IN X-RAY-FLUORESCENCE ANALYSIS, Industrial laboratory, 59(12), 1993, pp. 1094-1100

Authors: DUIMAKAEV SI TARNOPOLSKII MG DUIMAKAEVA TG SHPOLYANSKII AY

Citation: Si. Duimakaev et al., BASIS FOR A METHOD OF THEORETICAL CORRECTIONS IN X-RAY-FLUORESCENCE ANALYSIS OF HETEROGENEOUS POWDER SAMPLES, Industrial laboratory, 59(11), 1993, pp. 1002-1006