Sentence examples for ice as a function from inspiring English sources

Gumbel et al. (1998) proposed that this is caused by the efficient uptake of atomic O on the surface of the ice particles, requiring an uptake coefficient of at least 2 × 10−5 In the present study a low-temperature fast flow tube was used to measure the uptake coefficient of O on ice as a function of temperature and O2 concentration.

Figure 21 shows the speedup factor of AKMC simulations of the aforementioned CO diffusion study on top of crystalline water ice as a function of temperature.

We have already carried out experiments on the study of ice density as a function of temperature, UV irradiation of ices, temperature-programmed desorption (TPD) and UV vis reflectance.

In this paper, a method to estimate ice loads as a function of the buttock angle of an icebreaker is presented with respect to polycrystalline freshwater ice.

In this he was aided by Belgian astronomer Armand Delsemme, who carefully calculated the rate of water ice sublimation as a function of a comet's distance from the Sun.

Based on our previous model, predicting the water activity of (frozen) meat and fish products, while taking into account the non-ideality of the unfrozen solution, we can compute the ice fraction as a function of temperature.

Profiles of long-lived cosmogenic radionuclides in sediments and ice cores, as a function of depth and, thus, age, provide key information on past solar variability, production rate changes and atmospheric transport and deposition mechanisms.

The article shows how an enthalpy-phase diagram of salt solution during the eutectic and progressive melting can be constructed, gives chart with enthalpy values, apparent specific heat capacity and ice concentration as a function of temperature and initial salt concentration.

In addition to the visual aspect of the results, we have computed the NRMSE for the h, (beta ) and ice temperature fields as a function of the average compression ratio.

A summary of laboratory measurements of the homogeneous ice nucleation rate coefficient, J (nucleation events per unit volume and unit time for ice in pure water), as a function of temperature is shown in Figure 1.

The ice fraction is shown as a function of CTT.