Matrix effect studies with empirical formulations in maize saplings

Calculating the energy of electron in H-atom using modified SUSY physics

“…the present eDXRF method is less laborious as compared to the preconcentration techniques employed for liquid analysis which increase the time required for analysis and may also involve risks of contamination [3]. Moreover, the methodology adopted has the advantage that it can also account for compensation of matrix effects [14] which disturb the linearity between the concentration of an element and its intensity. So, it can be concluded that the approach followed can be efficiently exploited for similar studies in liquids.…”

Checking of XRF Observations with Matrix Terms Involved in Sample Analysis

“…The absorption terms were empirically related to the determined analyte amounts irrespective of its X-ray counts. Similarly, the enhancement terms for the analyte were empirically related, in turn, with the analyte amount and with enhancer amount [12]. For a specific category of substrate, these relations give absorption and enhancement terms direct from the known amounts of analyte and enhancer elements or vice versa i.e.…”