As a rule of thumb, approximately 35 percent of the total energy yield of an airburst is emitted as thermal radiation light and heat capable of causing skin burns and eye injuries and starting fires of combustible material at considerable distances.
That the curvaceous curtain wall has the simultaneous effect of converging the sun's rays into a magnified beam of heat, capable of melting cars, might be seen to be a fluke byproduct of this architectural flourish, an unfortunate consequence you could never predict.
Before it was even open, it was found that its south-facing concave glass facade channelled the sun's rays into a deadly beam of heat, capable of melting the bumper of a Jaguar, blistering painted shopfronts and singeing carpets – with temperatures hot enough to fry an egg on the pavement.
Plasmonic photothermal therapy utilizes biologically inert gold nanorods (AuNRs) as tumor-localized antennas that convert light into heat capable of eliminating cancerous tissue.
Based on this data, a heat exchanger capable of storing heat under the lowest possible influence of natural convection and conduction thermal resistance of the PCM was designed, and its estimated heat storage rate was calculated.
These data suggest that electron donor released during heating, was capable of promoting complete dechlorination coincident with bioaugmentation.
The oven is designed with a heating plate capable of reaching 300 °C with a resolution of 0.3 °C and an area of uniform temperature of 3.8 cm × 2.5 cm.
Using a combination of COMSOL multiphysics finite element simulations and experiments, it is shown that thermal actuation, which uses structural expansion due to Joule heating, is capable of executing uniaxial nanomechanical testing up to a strain rate of 100/s.
Expressions for the estimation of the power per unit length of wire to be installed were obtained, allowing the design of a heating system capable of supplying the substrate with the appropriate temperatures for the development of the root system in an optimal thermal environment.
The electronic instrument should be housed in a building or hut fitted with a heating element capable of maintaining the ambient temperature at 20°C at which the instrument can best operate satisfactorily.
