Sentence examples for nitrogen uptake diffusion from inspiring English sources

Nitrogen uptake, diffusion and phase formation were investigated using SIMS, XRD and TEM.

Using such an experimental setup, it is shown that the duty cycle itself does not influence the diffusion and phase formation, as long as the exact same substrate temperature is maintained, thus nitrogen uptake and diffusion are decoupled.

The measurement of the intensity of the first positive system of nitrogen indicates that the time evolution of this signal could be correlated with the growth of the oxide layer at low temperature and with the nitrogen uptake by solid diffusion at high temperature.

Growth rate of the nitrided zone was found to obey a parabolic law and the nitrogen uptake by the sample is controlled by the nitrogen diffusion in the metal.

Nitrogen uptake was superior for higher temperature PIII treatments (>700 °C), combining ion implantation and thermal diffusion, which allowed the formation of TiN and Ti2N on the Ti alloy samples inside tubes with diameters ≤4 cm.

In many conditions, however, such growth enhancement is absent or small, and we show in our study that this is likely due to a negative effect of elevated CO2 on plant nitrogen uptake.

For increasing temperature, the total nitrogen uptake is decreasing.

Thus, there is better nitrogen uptake by the component material.

Phytoplankton growth (thus nitrogen uptake) is a function of nitrogen, iron, temperature and light conditions.

Nitrate nitrogen is the main form of nitrogen uptake by the roots of chrysanthemum.

Nitrogen uptake by sink crops was quantitatively more important than denitrification to reduce nitrogen output.