Sentence examples for typical field strength from inspiring English sources

Penn finds that the typical field strength of spots began declining in the past cycle and continues to decline in this cycle.

To evaluate the effect of the geometry on the magnetization, we compared the r2 relaxivity of the NC-3×30 nano-chain to that of its parent 30 nm iron oxide spheres by measuring the transverse (R2) relaxation rates at 1.4 Tesla, a typical field strength used in clinical MRI.

From Dulk and Mclean ([1978]), the typical magnetic field strength above 35,000 km from the solar surface is about 44 G; this value is of the same order as the derived magnetic field (85 to 98 G).

The typical value of f is in the order of 0.1 (Aschwanden et al. 2014), the typical sunspot area for generating X10 class flares (approximately 1032 erg) observed in 1989 to 1997 was 3×10−4 of the half area of the solar surface (Sammis et al. 2000), and the typical magnetic field strength of the sunspot is in the order of 1,000 G (e.g., Antia et al. 2003).

Typical radiofrequency field strengths, unless specifically mentioned, were 80 100 kHz for 1H decoupling, 62.5 kHz for 1H CP and hard pulses, and 50 62.5 kHz for 13C and 41 kHz for 15N.

Since the typical magnetic field strengths of neutron stars reach 1012 Gauss, the cyclotron resonance produced by a transition between Landau levels appears in the X-ray band.

Typical proton field strengths for 90° pulses and SPINAL64 (Fung et al, 2000) decoupling ranged between 70 and 83 kHz.

The lower compressive strength was specified for the full-scale tests to simulate typical field conditions.

For typical burr hole placement for subthalamic nucleus DBS, the effect on the electric field strength and focality is strongest for BF ECT, which runs contrary to the belief that more anterior ECT electrode placements are safer in patients with DBS implants.

We examine and compare their statistical properties (speed, magnetic field strength, proton density and temperature, proton plasma beta), with those of the typical solar wind.

In doing so, the same measured electric field strength for two frequency bands could mean different SARwb depending on the typical usage/exposure situation for the corresponding source (e.g. near field from mobile phone vs. far field from mobile phone base station).