Sentence examples for generate fire from inspiring English sources

An exhaustive summary of available test data, which have been used over the past five decades to generate fire design guidance for UPT concrete structures is given.

Other supernatural abilities commonly attributed to the kitsune include possession, mouths or tails that generate fire or lightning (known as kitsunebi), willful manifestation in the dreams of others, flight, invisibility, and the creation of illusions so elaborate as to be almost indistinguishable from reality.

For the third part of the control system, we use a PI controller to provide some conditions that follow the reference current in a complete cycle, and generate firing pulses by the hysteresis method.

They used a TsAS-0 mechanical computer to generate firing solutions.

We assume that HAN firing output is triggered by membrane currents evoked by coreleased OHN transmitters (which generate firing patterns after a further series of interactions with biophysical and geometric properties of the HAN membrane; Haas and Reiner, 1988).

Nuclear weapons with larger than 100 Kt yields were found to generate predominantly thermal and fallout radiation casualties, able to cause burns and generate fires at distances considerably greater than building damage, and to spread lethal levels of fallout for many kilometers, causing radiation casualties many kilometers downwind from detonation [ 1, 2].

This software, with intuitive, flexible and extendable, has realized the anticipated functions, such as generating fire scenario, simulating evacuation behaviors and managing legal norms of fire safety.

In 1921, space weather wiped out communications and generated fires in the northeastern United States.

Photo: A drought in Bolivia's Amazon region, along the border with Brazil, combined with high winds, has generated fires that have consumed 370,000 acres of forest and farmland.

The control system generates firing pulse for inverter according to specified control strategy.

We see that N Δ is an increasing function of Δ, so perfect synchrony is most efficient (namely, generates firing in the target at the expense of the smallest number of input pulses).