In each of two experiments, the effects of environmental noise were shown to be effectively the same as those of disfluency.
In several repetitions of the experiments the effects of pressure were the same.
Prior to flooding experiments, the effects of nanoparticle on surfactant properties were investigated.
In these experiments, the effects of catalyst concentration, oxidant agent concentration, and solar irradiation were tested.
Based on the experiments, the effects of stacking sequence and clamping force on joint strengths were systematically investigated.
From these experiments, the effects of bromide and vanadate delivery on the metabolic flux of each metabolite were determined.
For in vivo experiments, the effects of selenite on H2O2 neurotoxicity were tested using several biochemical and morphologic markers.
During the experiments, the effects of sliding velocity, roughness, normal load and duration of rubbing were also investigated.
In 2 preliminary experiments, the effects of a 70 30 concentrate:forage ration on ruminal pH and lactation were evaluated.
In the acoustic experiments, the effects of fan-to-primary velocity ratio and static temperature ratio are quantified explicity.
In separate experiments, the effects of pH and salinity were studied in experimental set-ups containing 5%% MgCl2 maintained at low and high pH.
