Sentence examples similar to section of a radius from inspiring English sources

This beam line has a bending section with a radius of 105 m, where a superconducting magnet system with a dipole field of 2.6 T and quadrupole filed of 19T/m is required.

For a semi-circular section with a radius of 5.5 feet: A = (1/2) * π * r^2 = (1/2) * 95 = 47.5 sq ft. Repeat with any other circular section.

For a circular or semi-circular section with a radius of 5.5 feet: A = π * r^2 r^2 = 5.5 * 5.5 = 30.25 sq ft. Multiply by pi.

For a circular or semi-circular section with a radius of 5.5 feet: A = π * r^2 = 3.14 * 30.25 = 95 sq ft. Split this product in half, if necessary.

Let's say we two separate sections at a radius of about a 1000 feet with the fuel tank in the middle (the non-rotating part).

The CDF II detector contains a time-of-flight detector consisting of 216 scintillator bars of 279 cm length and 4×4 cross-sectiontion located at a radius of 138 cm from the beam axis.

(a) Scattering cross section of a 120-nm radius Ag nanoparticle with dielectric function according to a Drude fit; sum and allocation to different order and electromagnetic (E/M) modes.

11671_2013_1842_MOESM1_ESM.jpeg Additional file 1: Figure S1: Absorption cross section of a 120-nm radius Ag nanoparticle with dielectric function according to a Drude fit: sum and allocation to different modes.

(a) Scattering cross section of a 170-nm radius nanoparticle with refractive index n = 2 and k = 0; sum and allocation to different order and electromagnetic (E/M) modes.

(a) Scattering cross section and (b) scattering efficiency of a spherical Ag nanoparticle with refractive index data obtained from a Drude fit to data from Palik. Figure 3a shows the according scattering cross section of a 120-nm radius nanoparticle from Ag with dielectric function fitted according to the Drude model.

Scattering cross section of a 170 nm radius nanoparticle from GZO (refractive index data fitted with parameters from [27]) and near field distribution of the electromagnetic field around the nanoparticle for the quadrupole magnetic mode at 468 nm and the dipole electric mode at 1,978 nm as insets (incident light from the top.