Sentence examples for ms as indicated from inspiring English sources

Moreover, the difference between the target present and target absent trials was greatest on the first night shift (first night shift: 232 ms vs.; 'subsequent nights': 166 ms) as indicated by a significant the work episode x target interaction on RT (F2, 2003 = 8.19; p<.001).

Camera exposure was between 5 and 250 ms as indicated.

Control cells were treated with either dimethyl sulphoxide or a mouse isotype control antibody IgM (M 5909; Sigma), as indicated.

The scale of nonuniform radial distribution varied from 0.02 to 0.3 m as indicated by diagrams of the power spectral density function (PSDF).

The half-velocity constant K can be obtained corresponding to half of the maximum specific growth rate, i.e., µ m, as indicated in the same figure.

(4.1). Figure 3 plots the asymmetry parameter A on the complex (A r, A i )-plane with varying m as indicated by several integers with 0 ≤ m ∈ ℤ [36].

This can be done quite readily [19] for a regularly shaped lagoon of constant cross-sectional area (A in m2) and height h (m) as indicated in Fig. 5.

It is noteworthy that the temporal decreases of the Mg II index in 2001 and 2014 coincide with the temporal low values of M, as indicated by vertical arrows.

The area covered by the yellow background represents the possible range of susceptibilities, −688 < ΔV/V/ε < −8, within a depth range of 200 to 4000 m, as indicated by the rock experiments of Prioul et al. (2004).

Variations in surface geomorphology mapped by electromagnetic conductivity indicate that permeable sandy soils are associated with underlying aquifers that are moderately reducing to a depth of 10 30 m, as indicated by acid-leachable Fe(II)/Fe ratios <0.6 in the solid phase and concentrations of dissolved sulfate >5 mg L-1.

According to the JMA analysis, there was considerable wind shear during the morning of 16 March, i.e., a northeasterly wind prevailed below 600 m, and a northwesterly wind prevailed above 600 m, as indicated by the vertical profiles of the atmosphere at the JMA Tsukuba station (36.06° N, 140.13° E) shown in Fig. 11.