Based on the thermal characteristics of the early-opening conductive heated pavement system and the experimental thermal conductivity results for the protective concrete, heat transfer analysis was performed on a full-scale sample; here, the separation distance between the copper plates in the base concrete layer (1000, 1250, and 1500 mm) was used as a variable.
The standard deviation of the outcome variable was used to calculate the sample size needed for a full scale trial using PS: Power and Sample Size Calculation.
In this study, we successfully demonstrated that 454 pyrosequencing was a powerful approach for investigating the bacterial communities in the activated sludge, digestion sludge, influent, and effluent samples of a full scale wastewater treatment plant treating saline sewage.
Based on sample collections in a full scale production environment two cases of cleaning monitoring by UV are evaluated.
These data can be used to project required sample sizes for a full scale trial, as follows.
The pilot data have led to an estimate of the sample required for a full scale trial as well as the expected recruitment rates.
Outcome measures included Western Ontario and McMaster Universities (WOMAC) index with the sample size for a full scale trial determined from the variance.
Our key objectives were to establish potential recruitment rate, appropriate validated outcome measures, attendance levels for acupuncture treatment, loss to follow up and the sample size for a full scale trial.
These objectives include establishing potential recruitment rates, appropriate validated outcome measures, attendance levels for acupuncture treatment, loss to follow up and the sample size for a full scale trial.
The pilot trial was designed to provide benchmarks from which to project the sample size required for a full scale trial.
In this study, the activated sludge, digestion sludge, influent, and effluent samples were taken from Shatin WWTP, which is a full scale municipal wastewater treatment plant in Hong Kong.
