Sentence examples for a half height from inspiring English sources

" w0.5 " is the peak width at a half height.

Following Lee et al., [16], we assume a simple monotonic dependence of rate of recovery on calcium concentration, a Hill equation with coefficient of 1, starting at some (k_{mathrm{min}}), increasing to (k_{mathrm{max}}) asymptotically as the concentration increases, with a half height of (K_{r}).

He moved the kitchen and dining room so they would be adjacent to the spacious living room, replaced wood railings on the mezzanine with a half-height glass wall and removed a white lobby ceiling that had track lighting for one covered in curved silver-leaf panels.

A half-height cube was immersed in the turbulent boundary layers with several types of vertical velocity profile.

Fig. 5 Distribution functions of adsorbate islands over sizes in stationary limit on a half-height of a growing surface a and typical snapshots of surface patterns b at different values of anisotropy strength u.

Fig. 3 Evolution of the mean linear size of adsorbate islands 〈R〉 in units of diffusion length L D on a half-height of the growing surface at different values of anisotropy strength u (a).

Fig. 4 Evolution of adsorbate islands distribution function over re-normalized sizes on a half-height of a growing surface at different values of anisotropy strength: a u=3, b u=4, and c u=5.

We have shown that with an increase in the anisotropic strength, both the mean size and the most probable size of adsorbate islands on a half-height of the growing surface decrease.

Chu says this is actually key, because it means you can set a half-height web view that gives customers the info they're looking for from the merchant's online store, while still keeping them visibly within the context of the conversation they were having via Messenger.

D = frac{{{text{k}}lambda }}{{L{text{Cos}}theta }} (1 where D is the crystal size, k is a constant (0.99), λ is the X-ray wavelength ((lambda) = 0.1542 nm), L (0.5* frac{pi }{180})) the peak width at a half-height (in radians) and (theta) the Bragg's angle of diffraction.

Next, we will discuss a change in the mean linear size of adsorbate islands 〈R〉 on a half-height of the growing surface with an increase in the anisotropy strength u and corresponding distributions of adsorbate islands over sizes f(R/〈R〉).