Is! My brother and my daddy told me it was mine! Bill Clinton set the gold standard for self-regarding behavior at the highest levels during the Monica muddle, when he was willing to force his Cabinet to lie, trigger a constitutional crisis and harrow the population to save his own skin.
NEW YORK TIMES Outgoing Antitrust Chief Talks Tough | Sharis Pozen, who is preparing to step down next month as the Justice Department's acting antitrust head, said the government was prepared to go after "collusive behavior at the highest levels of companies," The Wall Street Journal reports.
The viscosity of cylinder shape nanoparticles show shear thinning behavior at the highest concentration.
The EMAABA behavior transitions from a rubbery-like behavior at the lowest rates to a leathery-like behavior at the highest rates.
The polyurea tested is seen to undergo transition from a rubbery-regime behavior at low rates to a leathery-regime behavior at the highest rates, consistent with the earlier compression study as well as the recent tension study; the polyurethane tested is observed to undergo transition from a rubbery-regime behavior at the low rates to a glassy behavior at the highest rates.
Both substances differ in their hydrophilic character: AlPCS4 is hydrophilic per se; PVP-hypericin is made water soluble by the addition of polyvinylpyrrolidone to hypericin [ 13], resulting in a different behavior at the higher concentrations employed.
This suggests that dimensional measures of autistic-like traits might be genetically related to autistic behaviors at the high (impaired) extreme.
The high alcohol-consuming rats showed a significant increase in motor behavior only at the high dose of cocaine.
Temporality can be added as a fourth criterion on representations for reductive explanations: (iv) temporal hierarchy: for an abstract hierarchy embedded in an explanation, the entities and their behaviors on the lower level are temporally prior to the entities and their behaviors at the higher levels (Hüttemann and Love 2011).
Most classical viscosity modeling methods are unable to predict the behavior at high-pressure, high-temperature conditions, neither to capture the change in the slope of the zero-shear viscosity with the molecular weight.
