Showing papers by "Paul Jackson published in 2000"
TL;DR: It is suggested that the balance between positive and negative effects of lean production teamworking depends on management choices in the form of work design.
Abstract: The impact of lean production on psychological health was assessed by comparing lean production teams in garment manufacture with a traditional system for making similar garments. Work design characteristics were examined as mediators of the impact of work organization on health. Findings indicate both positive and negative direct effects of teamworking on aspects of autonomy, work demands, and social climate. In turn, both positive and negative direct effects of work design on psychological health were found, which combine to give no overall difference between the groups. This study suggests that the balance between positive and negative effects of lean production teamworking depends on management choices in the form of work design.
135 citations
TL;DR: In this article, a UK manufacturer introduced a common model of team-working which achieved quite different performance results in wire-mills and roperies, showing higher job-related strain and lower job satisfaction in the wiremills, where teamworking was not a success.
Abstract: A UK manufacturer introduced a common model of teamworking which achieved quite different performance results in wire-mills and roperies. Survey data (n = 231) showed higher job-related strain and lower job satisfaction in the wire-mills, where teamworking was not a success. Findings indicated that the differences in employee well-being could be accounted for by contrasting levels of process inter-dependence in the two production areas. Teamworking was a success in the roperies where process interdependence was high, but not in the wire-mills where there was a mismatch between this production process characteristic and a team-based form of work organization. Interactions between interdependence and autonomy were also found, such that higher autonomy had a positive impact only for those working in low interdependence processes. The unintended consequence of teamworking under low interdependence is to create winners and losers, as individual team-members take on responsibilities of the team as a whole.
123 citations
27 Jul 2000
TL;DR: In this article, the authors reconstruct the charmonium mesons J/psi, psi(2S) and chi_C1 using a sample of 8.46 x 10^6 B-anti-B events collected by the BABAR detector operating at e^+e^- center of mass energies near the Y(4S) resonance.
Abstract: We reconstruct the charmonium mesons J/psi, psi(2S) and chi_C1 using a sample of 8.46 x 10^6 B-anti-B events collected by the BABAR detector operating at e^+e^- center of mass energies near the Y(4S) resonance. By measuring rates relative to the branching fraction of the J/psi, we obtain preliminary inclusive B branching fractions of (0.25+/-0.02+/-0.02)% to the psi(2S) and (0.39+/-0.04+/-0.04)% to the chi_C1, and set a 90% confidence level limit of 0.24% on decays through the chi_C2.
4 citations
Journal Article•
4 citations
27 Jul 2000
TL;DR: In this article, the authors reconstruct the charmonium mesons J/psi, psi(2S) and chi_C1 using a sample of 8.46 x 10^6 B-anti-B events collected by the BABAR detector operating at e^+e^- center of mass energies near the Y(4S) resonance.
Abstract: We reconstruct the charmonium mesons J/psi, psi(2S) and chi_C1 using a sample of 8.46 x 10^6 B-anti-B events collected by the BABAR detector operating at e^+e^- center of mass energies near the Y(4S) resonance. By measuring rates relative to the branching fraction of the J/psi, we obtain preliminary inclusive B branching fractions of (0.25+/-0.02+/-0.02)% to the psi(2S) and (0.39+/-0.04+/-0.04)% to the chi_C1, and set a 90% confidence level limit of 0.24% on decays through the chi_C2.
3 citations
TL;DR: In this paper, the authors explored the use of this additional information in the context of several common trajectory errors (e.g., decays in flight) encountered in charged particle tracking.
Abstract: Deviations between the form of trajectory assumed in a fit to a set of measurements and the actual form of the trajectory can give rise to sequential correlations in the residuals from the fit. These correlations can provide a more powerful goodness-of-fit test than that based on the minimum chi-square from a least squares fit. The use of this additional information is explored in the context of several common trajectory errors (e.g. decays in flight) encountered in charged particle tracking.