Results 221 to 230 of about 1,321,024 (261)
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Chemischer Informationsdienst, 1985
A new computer program has been developed in which formation constants are determined by minimisation of an error-square sum based on measured electrode potentials. The program also permits refinement of any reactant concentration or standard electrode potential. The refinement is incorporated into a new procedure which can be used for model selection.
Alberto Vacca +2 more
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A new computer program has been developed in which formation constants are determined by minimisation of an error-square sum based on measured electrode potentials. The program also permits refinement of any reactant concentration or standard electrode potential. The refinement is incorporated into a new procedure which can be used for model selection.
Alberto Vacca +2 more
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International Journal of Bio-Medical Computing, 1979
The paper describes a non-linear multiple regression program to analyse data arising from the binding of a single ligand by a protein under the assumption that the reaction can be represented by the exponential model for a regulatory enzyme.
Julian Kinderlerer, Stanley Ainsworth
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The paper describes a non-linear multiple regression program to analyse data arising from the binding of a single ligand by a protein under the assumption that the reaction can be represented by the exponential model for a regulatory enzyme.
Julian Kinderlerer, Stanley Ainsworth
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Inorganica Chimica Acta, 1983
Abstract We have developed, separately and together, a sequence of computer programs for the determination of stability constants from potentiometric titration data: LEAST [1], MINIQUAD [2], MINIQUAD75 [3], MINIQUAD76A [4] and MIQUV [5]. The objective of this research is to develop robust, reliable and fast programs which will enable the solution ...
Antonio Sabatini +2 more
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Abstract We have developed, separately and together, a sequence of computer programs for the determination of stability constants from potentiometric titration data: LEAST [1], MINIQUAD [2], MINIQUAD75 [3], MINIQUAD76A [4] and MIQUV [5]. The objective of this research is to develop robust, reliable and fast programs which will enable the solution ...
Antonio Sabatini +2 more
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Computers & Chemistry, 1989
Abstract A regularized iteration-process algorithm for the computation of stability constants from titration data is described. A computer code implementing the method on an APPLE II microcomputer is briefly presented. The results from processing a sample set of real data from the measurements of a cerium-acetate system are discussed as an ...
H. Mihailova, V. Gadjokov
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Abstract A regularized iteration-process algorithm for the computation of stability constants from titration data is described. A computer code implementing the method on an APPLE II microcomputer is briefly presented. The results from processing a sample set of real data from the measurements of a cerium-acetate system are discussed as an ...
H. Mihailova, V. Gadjokov
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A program for computing the Liapunov functions and Liapunov constants in scratchpad II
ACM SIGSAM Bulletin, 1989This report describes the implementation and use of a program for computing the Liapunov functions and Liapunov constants for a class of differential systems in Scratchpad II.
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Computer Physics Communications, 1993
Given an electronic wave function, generated by the MCHF program (LS format) or the MCHF_CI program (LSJ format), this program computes the hyperfine interaction constants, A(J) and B(J). In strong experimental magnetic fields, the splitting is also affected by the off-diagonal hyperfine constants A(J,J-1), B(J,J-1), and B(J,J-2) and these are computed
Claes-Göran Wahlström +2 more
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Given an electronic wave function, generated by the MCHF program (LS format) or the MCHF_CI program (LSJ format), this program computes the hyperfine interaction constants, A(J) and B(J). In strong experimental magnetic fields, the splitting is also affected by the off-diagonal hyperfine constants A(J,J-1), B(J,J-1), and B(J,J-2) and these are computed
Claes-Göran Wahlström +2 more
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An improved computer program for calculating formation constants of ligand complexes from pH data
Analytica Chimica Acta, 1984Abstract Several improvements are made to available computer programs for calculating formation constants from pH data. The most important features are wide portability of program among computers, ability to optimize any parameter in the model equations and to fix any parameters (including stepwise formation constants) to a constant, and options to ...
John P. Chandler +3 more
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A computer program to evaluate a counting loss correction constant in XRF analysis
X-Ray Spectrometry, 1981AbstractDifferent sources of counting loss are described and the relation Rt = Rm exp (Rt τ) is considered valid for most commercial XRF counting devices. Based on a series of Kα/Kβ measurements and an initial estimate of the Rt (Kα)/Rt (Kβ) value, corresponding τ values can be computed. If the chosen Rt (Kα)/Rt (Kβ) value differs from the correct one,
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Algorithms for computing and programming transformer loss constants in solid-state meters
1998 Rural Electric Power Conference Presented at 42nd Annual Conference, 2002Many utilities use wholesale points of delivery or utility intertie metering involving metering applications on transformer buses. With utility deregulation on the horizon, cogenerators are becoming more common in the electric utility business. As in the case of joint utility interties, many cogeneration installations involve metering on a transformer ...
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Talanta, 1985
The program MINIPOL, designed to run on a desk-computer with 32 kbytes of memory, can calculate the optimum values of overall protonation constants and molar intensities of up to 8 species with composition H(XXX)L(rho), from differential-pulse polarographic data.
Víctor Cerdà, R. Forteza
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The program MINIPOL, designed to run on a desk-computer with 32 kbytes of memory, can calculate the optimum values of overall protonation constants and molar intensities of up to 8 species with composition H(XXX)L(rho), from differential-pulse polarographic data.
Víctor Cerdà, R. Forteza
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