5 citations · 14 across the 6 of their papers we have counts for
6 papers
Evaluation of uncertainties in the estimates of correlated variables as the elemental-isotopic-abundances: properties of corresponding-indirect-measurement-system-specific-relationships
B. P. Datta
Isotopic-abundances of any multi-(N)-isotopic-element (E) are interdependent and therefore needed to be measured indirectly from their rather accurately-measurable (N-1) abundance-…
Prospects of ratio and differential (δ) ratio based measurement-models: a case study for IRMS evaluation
B. P. Datta
The suitability of a mathematical-model Y = f({Xi}) in serving a purpose whatsoever (should be preset by the function f specific input-to-output variation-rates, i.e.) can be judge…
Study of variations as desired-relative (DELTA), rather than absolute, differences: falsification of the purpose of achieving source-representative and closely comparable lab-results
B. P. Datta
Recently (arXiv:1101.0973), it has been pointed out by us that the possible variation in any source (S) specific elemental isotopic (viz. 2H/1H) abundance ratio SR can more accurat…
Pros and cons of the technique of processing IRMS data as desired-delta values: uncertainty and comparability in results, a case study for determining carbon and oxygen isotopic abundance ratios as CO_2^+
B. P. Datta
In isotope ratio mass spectrometry (IRMS), any sample (S) measurement is performed as a relative-difference ((S/W)di) from a working-lab-reference (W), but the result is evaluated…
Uncertainty Factors for Stage-Specific and Cumulative Results of Indirect Measurements
B. P. Datta
Evaluation of a variable Yd from certain measured variable(s) Xi(s), by making use of their system-specific-relationship (SSR), is generally referred as the indirect measurement. N…
The Theory of Uncertainty for Derived Results: Properties of Equations Representing Physicochemical Evaluation Systems
B. P. Datta
Any physiochemical variable (Ym) is always determined from certain measured variables {Xi}. The uncertainties {ui} of measuring {Xi} are generally a priori ensured as acceptable. H…