The phrase "a function of temperature and particle" is correct and usable in written English.
It can be used in scientific or technical contexts to describe a relationship or dependency between temperature and particle characteristics.
Example: "The reaction rate is a function of temperature and particle concentration, influencing the overall efficiency of the process."
Alternatives: "dependent on temperature and particle" or "related to temperature and particle".
A new correlation has been developed for the thermal conductivity of nanofluids as a function of temperature and particle volume concentration.
He found viscosity as a function of temperature and particle volume fraction.
It seems that electron-phonon interaction is a function of temperature and particle size, irrespective of the structure.
It is found that electron-phonon interaction is a function of temperature and particle size and is independent of the structure.
mixed, cubic or hexagonal, the ratio I2LO/I1LO increases as the temperature and particle size increase, and electron-phonon interaction is a function of temperature and particle size, irrespective of the structure.
Since the strength of the electron-phonon interaction is measured by I2LO/I1LO ratit[35], it may be concluded from the present study that electron-phonon interaction is a function of temperature and particle size, irrespective of the structure.
and vB is the Brownian velocity and is a function of temperature and diameter of the particle.
where keff(L,T, φ) is the effective thermal conductivity of the nanofluid as a function of particle size (L), temperature (T), and particle volume fraction, kl(T) is the thermal conductivity of the base fluid as a function of temperature, and kP L,T) is the thermal conductivity of the particle as a function of particle size and temperature.
Dynamic light scattering measurements as a function of temperature showed transitions from intact, monodisperse particles to irreversible aggregates at approximately 60 °C for both the empty macroinitiator capsids (T93@init), and those functionalized with less polymer (T93@250×) (Supporting Information Figure S4).
The temperature dependency of the hydrodynamic particle diameter was determined for all latexes by measuring the particle size as a function of temperature from 25to5050 °C.
