Titlebook: How Long Do We Live?; Demographic Models a Elisabetta Barbi,James W. Vaupel,John Bongaarts Book 2008 Springer-Verlag Berlin Heidelberg 2008

刺激

John Bongaarts,Griffith Feeney recorded throughout all bacterial growth phases from lag after inoculation over exponential growth into early and then late stationary phase. In addition, all relevant experimental conditions are rigorously controlled to obtain highly reproducible results. We anticipate that this methodology will p

Congeal

James W. Vaupel recorded throughout all bacterial growth phases from lag after inoculation over exponential growth into early and then late stationary phase. In addition, all relevant experimental conditions are rigorously controlled to obtain highly reproducible results. We anticipate that this methodology will p

發(fā)芽

Increments to life and mortality tempoarts and Feeney in this volume p. 11) against variations in increments to life by age. Section 6 shows how the increments to life mathematics accomplishes this with an application to the Swedish data used in Bongaarts and Feeney (in this volume p. 11). In this application, at least, the Bongaarts-Fe

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How long do we live? Demographic models and reflections on tempo effects: An introductiond for well over a century. Period life expectancy equals the mean age at death in a synthetic cohort and it should be distinguished from the actual cohort life expectancies calculated for a group of individuals observed over long time periods.

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性學(xué)院

Tempo and its tribulationsrence is a difference between past and present, not a “tempo distortion” in the present. In contrast, the Bongaarts-Feeney tempo-adjusted Total Fertility Rate is a measure of current fertility conditions, which can be understood in terms of a process of birth-age standardization.