The dynamic mechanical properties of nanocomposites of functionalized single-walled carbon nanotubes dispersed in polystyrene are reported as a function of temperature.
MFIS levels are reported as a function of temperature, magnetic field and external bias stress.
Quantitative mole fraction profiles are reported as a function of burner distance.
The mitigation potential is reported as a function of both soil fertility and carbon intensity of the type of energy being offset (in the MSTP scenario).
The ESR signal integral was then multiplied by the temperature to account for the change in electron spin polarization and reported as a function of temperature (Fig. 1).
Results of the operating friction trials are reported as a function of integrated and quantified angular and linear bracket movements.
Systematic differences in Cr segregation are reported as a function of grain boundary character and irradiation conditions.
The stored energy as well as the accumulated plastic strain are reported as a function of the final crystallographic orientation of the grains.
The critical magnetic fields for variant reorientation, first cycle effect and cyclic evolution of MFIS are reported as a function of stress level.
The dielectric and dynamic mechanical behaviour of amorphous poly ethylene 2,6 naphthalene dicarboxylate) (PEN) and of thermally annealed samples is reported as a function of the morphology.
Measurements of the induced flow rate and induced open circuit voltage are reported as a function of driving temperature difference and magnetic field strength.
