For this study, data from the baseline measurement were used, which enabled us to use the entire study population and thereby increase power.
Three different methods of measurement were used: konimeter measuring particles/cm, a gravimetric method measuring milligrams/m, and membrane filter measuring fibers/cm.
Transient pH measurement and conductivity measurement were used to measure the mixing times.
Pollutant concentrations measured 1 7 days prior to biomarker measurement were used to assess the lag pattern of the effects as follows: lag 0 (0–23 h), lag 1 (24 47 h), lag 2 (48–71 h), and so on, up to lag 6 (144–167 h).
Blood pressure was measured twice at 5 min intervals; the readings from the second measurement were used in the analyses.
Some of the earliest instruments of measurement were used in astronomy and navigation.
Twenty-five planted stands with varying histories of measurement were used in this study.
Cyclic voltammetry and chronoamperometry measurement were used to characterize electrochemical properties of the developed oxygen sensor.
Results from field measurement were used to develop a baseline model for computational experiment.
Load cycles used in continuous stiffness measurement were used to perform fatigue tests.
Electrochemical, spectroelectrochemical and spectral measurement were used to estimate their properties.
