Thus, the argon pressure in the thermal evaporation system can effectively control the mean sizes of resultant samples, supplying a series of mean sized samples in the present study.
As a result, a bimodal grain structure, i.e. ultrafine/fine grains with mean sizes of < ∼500 nm were developed accompanied by micron-sized grains having a high dislocation density after 3 passes.
Their mean sizes of crystal grains are about 20 30 nm.
The mean sizes of core/shell type PLAE nanospheres and Ted-loaded nanospheres are about 60 and 100 nm, respectively.
Plasma EVs were not changed in postprandial lipidemia, but the mean sizes of VLDL particles were increased and interfered with EV measurements (explained 66% of the variation in EVs-concentration in the postprandial phase).
Bar graphs displaying mean sizes of plasma EVs measured by nanoparticle tracking analysis (NTA) and scanning electron microscopy (SEM) (upper panel) and size distribution (lower panel) across categories of various blood anticoagulants (upper panel).
Based on the above results He implantation is proposed as an alternative tool to control the mean sizes of precipitate systems.
Experiments have been done on the de-aeration characteristics of 18 powders with mean sizes of 3 125 μm and densities 364 5000 kg m−3.
For this, three grades of alumina powder with mean sizes of 25, 40 and 76 μm were utilized and sprayed under different injection velocities.
In response to irradiation, the mean sizes of dispersoids in both the ferrite and tempered martensite phases change to equilibrium values that increase with irradiation temperature.
The mean sizes of the Ag Pd alloy and Ag Pd glass composite powders were 1.1 and 0.9 μm, respectively, and the crystal phases of the Ag Pd and Ag Pd glass composite powders had alloy compositions.
