Sentence examples for time to thermal from inspiring English sources
Equations are derived to determine the time to thermal explosion as well as the induction period for natural convection.
The oral administration of bis-selenide (25 50 mg/kg) in mice caused a significant increase in the reaction time to thermal stimuli in the hot plate test and the mean ID50 value (and the 95% confidence limits) was 20.37 (15.00 25.74) mg/kg.
The simulations are not able to predict the violence of the thermal response, but do accurately reproduce radial heat flow in the test assembly and satisfactorily predict both the time to thermal response and the surface temperature at response for the mixed explosive compositions.
Finally, the relaxation time to thermal equilibrium in liver cells measured experimentally ranges from about 0.1 to 1microseconds [26].
Results showed that TFC inhibited the reaction time to thermal stimuli at 30, 60, and 90 min compared to controls.
However, TFC did not significantly inhibit the reaction time to thermal stimuli in the hot-plate test.
Solid and fluid has different respond times to thermal energy.
The measured times to thermal explosion at various initial temperatures in a new One-Dimensional Time-to-Explosion (ODTX) apparatus are compared to the Chemical TOPAZ predictions.
Comparisons are also made to times to thermal explosion obtained in various experiments involving aged PBXs, ramped temperature rate increases, unconfined explosives, and a larger size, cylindrical geometry called the scaled thermal explosion experiment.
The pure HMX data clearly show that the presence of an endothermic binder in a PBX increases the times to thermal explosion, while the presence of an exothermic binder decreases the times to explosion.
Global multistep chemical kinetic models for the thermal decomposition of octahydro-1,3,5,7-tetranitro-1,3,5,7-tetrazine (HMX -based plastic bonded explosives (PBXs) using endotHMX -basedexothermic binders are developlastic calculation of the times to thermal explosion as functions of heating rate and geometry in the Chemical TOPAZ heat-transfer computer code.
