Sentence examples for increase of indoor from inspiring English sources

Increase of indoor temperature compared with outdoor temperature is a major concern in modern house design.

The RES of the heat-pipe air-conditioning system increases with the increase of indoor design temperature and the decrease of indoor relative humidity.

This method is derived from a central air-conditioning system and is based on our investigation that under a same indoor effective temperature, the system cooling load and the system energy consumption increase with an increase of indoor temperature.

In addition, a chimney width of 0.5 m did not support indoor thermal comfort due to increase of indoor temperature.

By comparison, Lupiro in 2004 witnessed a steady increase of indoor activity right up until dawn, remarkably similar to the laboratory observations of biting activity [ 32] quoted by Gilles and DeMellion's classic monograph [ 3].

Our study shows that exposure to increasing concentrations of indoor NO2 is associated with increased respiratory symptoms among a group of predominantly African-American, inner-city, preschool children with asthma.

This increased use of indoor pools by the very young has increased their exposure to potential irritants within the indoor swimming pool environment.

Furthermore, the increase of the indoor air velocity can be as high as 90% in the upper part of the occupied zone (at h=1.7 m above ground level) for convex versus concave roofs.

The results indicated that urbanisation was positively associated with BMI, that is, an increase of one indoor restaurant in the neighbourhood was associated with a 0.005 kg/m increase in BMI, while an increase of one fast-food restaurant or fixed outdoor food stall was associated with a 0.02 or 0.004 kg/m decline in BMI among rural women.

Findings from this study indicated that the exposures to poor indoor air quality and increasing levels of indoor pollutant concentrations were the risk factors that had caused a reduction in lung function and increasing reports of respiratory symptoms among the study respondents.

The increasing incidence of indoor airborne infections has prompted attention upon the investigation of expiratory droplet dispersion and transport in built environments.