Sentence examples for dioxide uptake rate from inspiring English sources

Carbon dioxide uptake rate (left( {P_{{{text{CO}}_{ 2} }} } right)) (g/L/day) was measured using Eq. (4) (Elvira-antonio and Ruí 2013), whereas 'P' is the productivity calculated above in Eq. (3).

For autotrophic growth, the maximum carbon dioxide uptake rate was calculated to be 2.04 mmol/g biomass/hr.

The primary factors that affect microalgae growth, such as solar irradiance, temperature, biological growth parameters, nutrients and carbon dioxide uptake rates, were considered in the bioreactor process model.

For cerium dioxide, the uptake rate in vivo is very low, and only about 10%% of the inhaled cerium dioxide was detected in the lungs (Geraets et al. 2012), while 80%% of the particles was internalized in cells in vitro (Raemy et al. 2011).

While this response to water deficits helps conserve water by limiting evaporative losses, it also reduces carbon dioxide uptake, thereby reducing photosynthetic rate, tree growth and wood production (Waring and Franklin 1979; Benecke 1980; Whitehead 1985; Thompson and Wheeler 1992; Yunusa et al. 1995a).

Drought also reduces carbon dioxide uptake, thereby reducing both photosynthetic rate and transpiration rate.

Carbon dioxide evolution (CER) and oxygen uptake rate (OUR) were calculated from continuous measurements of carbon dioxide and oxygen.

The stability of the compost is measured directly by the carbon dioxide (CO2) evolution and oxygen uptake rate (OUR) during the composting process.

For this reason, respirometry (oxygen uptake rate and/or carbon dioxide evolution rate) has been widely used as an important tool in biomonitoring fields.

The ratio of carbon dioxide evolution rate (CER) to oxygen uptake rate (OUR) has previously proven useful in inferring a lack of substrates in the growth medium and in the calculation of feeding rates [ 41].

Models describing the chemical, physical and plant physiological processes of plant development and the interaction of plants with the atmosphere can be applied to simulate the rate of carbon dioxide uptake of the plant through photosynthesis (called Gross Primary Productivity, GPP).