Sentence examples for explosive mechanism from inspiring English sources

Alkali bees (Nomia) and leaf-cutter bees (Megachile) are both efficient pollinators of alfalfa; unlike honeybees, they are not afraid to trigger the explosive mechanism that liberates a cloud of pollen in alfalfa flowers.

There were concerns that the explosive mechanism designed to separate the docking ring from the Command Module (CM) would not create enough pressure to completely sever the ring.

The intercepted parcel – containing a small scale explosive mechanism – had most likely been mailed by a group known as the conspiracy of fire cells (CFC), an organization that's been active in Greece for the past decade and is considered by many to be the most dangerous anarchist group in the country.

The turgor pressures of <1.0 MPa (10 atm) that power these supremely fast movements are no higher than those measured from fungal hyphae [20], suggesting that explosive mechanisms of spore discharge do not require any extraordinary mechanisms of osmolyte accumulation, nor the elaboration of any specialized cell wall structures to maintain this pressure prior to discharge.

A drastic difference between the cryogen gas solubility in molten droplets and in the solid phase, which is assumed in [14, 15], promotes the explosive boiling mechanism.

On the other hand, removal of an opaque oil film is well explained using a surface ablation of organic ingredients in which the removal rate is substantially lower than the removal rate under the explosive vaporization mechanism.

The shape and size of particles are consistent with the explosive ejection as formation mechanism.

The dispenser discharges an inert material by means of a compressed gas, a spring mechanism or explosive materials.

A comparison of the observed pulses with those generated in calibrated large-scale experiments reveals very similar characteristics and suggests that the analysis of near-field sensors could in the future help to constrain the triggering mechanism of explosive eruptions.

In this paper, we clarify the cause and mechanism of "explosive failure by decompression" (XDF) in rubber used under high-pressure hydrogen circumstances, and the chemical structure of acrylonitrile butadiene rubber (NBR), which is commonly used for O-rings, was analyzed after exposure to hydrogen at 100 MPa.

While the within-species mechanism of explosive chromosome number evolution is possible in theory, it has been less well documented compared to the evolution through multiple speciation/raciation events.