Sentence examples for an average cross section of from inspiring English sources

The composite nanorods were structurally characterized by field emission scanning electron microscopy, X-ray powder diffraction, Fourier transform infrared spectroscopy, and X-ray photoelectron spectroscopy which confirmed that synthesized product have rod-like morphology having an average cross section of approximately 300 nm.

The figures were calculated for a rock dam with an average cross section of 0.98 m2 (70 cm high, base width of 280 cm) and a length of 100 metres.

Low and high magnifications of FESEM images demonstrate that the composite material has rod-shape morphology with average cross section of approximately 300 nm.

Moreover, the average cross sections of 46Ti(n,p 46Sc, 47Ti(n,p 47Sc and 48Ti(n,p 48Sc reactions were reproduced.

The method is easily adapted for calculations of high spectral moments, average cross sections of atomic processes, etc.

An average cross-section area of this carbon particle is ∼7.8·10−11 cm2.

They were ethnically diverse and mostly middle-aged — the sort of average cross-section of citizenry you might find at a polling place.

This can also be theoretically claimed approximating the arm as a bent cantilever of length l under a concentrated force at the free end: indeed, assuming by absurd that the arm tip displacement is due to the elastic bending of the arm, the materials Young's modulus can be derived as E=lD/ 3J), where J is the average cross section moment of inertia of the tapered arm.

Average cross section area (XSA) of muscle fibers was significantly (* P<0.05) reduced in the MCK(m -hLPL CTX versus the Sham -hLPL after 10 days of regeneration (64.5±20.1% Figure 4b), whereas wt musCTX fibers had already reached almost their normal XSA (98.1±18.3% Figure 4b).

Streamflow is calculated by multiplying average cross section area and velocity of the flow.

The average cross-section area of carbon nanoparticle is of the order of the area where the galvanic current flows through the nanoparticle, i.e., about 7.8·10−11 cm2.