Sentence examples for steady field from inspiring English sources

Thermomagnetic measurements were conducted in an argon atmosphere and in air, while applying a steady field of 300 A/m.

was approximated to the nondependent (anterior) portion of the right lung and 5 cmH2O suction applied to capture a steady field of the alveoli at ×10 magnification.

The NHMFL hybrid magnet system, which was designed to produce steady field in excess of 45 T in a 32-mm, room-temperature bore, was first tested in December 1999.

We found out, for instance, that page-size global maps, as those posted at http://www.ngdc.noaa.gov/wist/magfield.jsp, are dominated by the steady field variation, while regional maps as those of the present paper are influenced by the geographical pattern of the 22-year and ~80-year variations.

My six friends and I went from those pool raids to good colleges, jobs in steady fields, wives, children and, now, life back in the suburbs, just like the one where we grew up.

The derivation presented here is similar to that used in the paper of Sonnerup et al. (2006) for structures with steady field-aligned flow.

In addition, it is found that the MHD force-balanced equation for steady field-aligned flow with isotropic plasma pressure is similar to Eq. (2), in which ( alpha ) and ( p_{ bot } ) are replaced by ( M_{A}^{2} ) and p, respectively.

Temerin et al. (1986) originally suggested that what appears to be a steady field-aligned flux of auroral electrons can also be produced by hydrogen cyclotron waves since modulation at the hydrogen cyclotron frequency is hardly resolved by current typical sampling rate of 40 ms (25 Hz) of particle detectors onboard Reimei satellite, for example.

Fig. 6 Representative results of stepwise thermal demagnetization of three-axis IRM produced in steady fields at 3.0 T (hard component), 0.40 T (medium component), and 0.12 T (soft component).

Following Lowrie (1990), stepwise ThD of three-axis isotheral remanent magnetization (IRM) was carried out after imparting a composite IRM (hard, medium, and soft coercivity components) by sequentially applying steady fields of 3.0, 0.4, and 0.12 T along three orthogonal axes using a Magnetic Measurements MMPM-10 pulse magnetizer.

The induced steady flow field causes the acoustic field in the absorbent to be inhomogeneous, anisotropic and non-linear, even if the material is isotropic and homogeneous.