Time-Sharing Minicomputer Data Acquisition-Processing System

Abstract

Four years ago, an agency decision was made to investigate the applicability of the on-line minicomputer in Food and Drug Administration district laboratories. Although several -

Kinetic aspects of analytical chemistry

“…As on-line computerization is a necessity in the development of many kinetic instruments, as is evident from the discussion above, several selected papers on computer systems, interfacing, data handling, etc., are given here as they could be useful to anyone considering kinetic-based analysis. Various philosophies, approaches, and configurations of laboratory-wide on-line computer systems have been discussed by Overton et al (176), Anfált and Jagner (177), DeVoe and coworkers (178), Laessig and Schwartz (179) and Reilley and co-workers (180). Micro computers and their potential use in laboratory systems have also been discussed (181-183).…”

Access to enhanced differences in Marcus–Hush and Butler–Volmer electron transfer theories by systematic analysis of higher order AC harmonics

“…In a series of papers, we and others, [19][20][21][22][23] have recently expanded the use of Fourier or Hibbert or other forms of transformed ac voltammetry relative to that introduced by Smith et al in their pioneering studies [24][25][26][27][28] usually related to polarography (voltammetry at a dropping electrode). To date the Butler-Volmer description of electron transfer has been exclusively employed, even though it may be inadequate in some situations.…”