Sentence examples for by evaluating the temperature from inspiring English sources

Therefore, the growth rate of the columnar joints can be estimated by evaluating the temperature field.

The CO removal from simulated reformate was examined, by evaluating the temperature and the gas concentration profiles along the reactor.

Afterwards, the flow rate is detected by evaluating the temperature difference between the down- and upstream temperature sensors in temperature excitation mode.

The model plays a key role in overcoming the issues of system design, by evaluating the temperature and the gas concentration profiles in the reactor.

By evaluating the room temperature and high temperature mechanical properties, optimum heat treatment parameters were determined.

By separately evaluating the temperature at which ten oxidizers release gas phase species, and the temperature of ignition in an aluminum based thermite, we found that ignition occurred prior to, after or simultaneous to the release of gas phase oxygen depending on the oxidizer.

The influence of processing on properties was estimated by evaluating the room temperature mechanical properties through micro-tensile tests.

To ensure that the results obtained by using an in situ synthesized microarray are accurate, data quality is to be assessed by evaluating the melting temperature (Tm) of probes, probability of false synthesis rates, and fragmentation of labeled targets.

When using the tricarbonyl method for radiolabelling VHH with Tc-99m, the optimal conditions must be specifically determined 1) by determining the parameters such as temperature and heating times to obtain the maximum of complexation with 99mTc but also 2) by evaluating the effects of temperature on their secondary structure.

An optimization of the reaction conditions for M15/BCJ2315 was performed by evaluating the effect of pH, temperature, cell concentration, and mandelonitrile concentration in a reaction system of 10 ml.

The determination of the transition temperature was carried out by evaluating the optical transmittance change with temperature at a given NIR wavelength, in this case at λ = 2500 nm.