Sentence examples for in varying density from inspiring English sources

Hair follicles, small pockets in the skin from which the hair shaft sprouts, occur in varying density throughout the human skin, except in the palms, soles, foreskin and labia.

The fluid volume is determined by the comparison of the travel time of the reflected pulse from the fluid interface and the simultaneous reflected pulse from a target at a known height thus performing a continuous calibration allowing the system to determine precise volumes even in varying density situations such as temperature and pressure variation and small time interval.

These results suggest a condition-dependence of Ranavirus "virulence" in varying density environments whereby Ranavirus observed relative virulence decreased as the environment induced more stress in the tadpoles.

Most of the desert's inhabitants reside in rural areas and are distributed in varying densities.

These formations, in varying densities, occupy vast plains that recede in increasingly atmospheric, horizon-free gradations of land, mist and sky.

Electroactive alkanethiols were microarray-printed in varying densities to probe the chemical effects on stem cell differentiation.

Nowadays the forest is mainly composed by the species C. barbata that can be found in varying densities at depths of about 2 to 5 m. C. compressa is the only other species sparsely present, particularly at shallower depths.

It was maintained that the chief breeding places of Anopheles were paddy fields, where larvae were found throughout the year in varying densities.

Hence, the generation time of gonococci expressing different amounts of the major pilin pilE, which results in varying densities of pili per cell (Long et al., 2001; Holz et al., 2010) (Table 2, 'Materials and methods'), was measured.

This study investigated the influence of thread pitch, helix angle, and compactness on micromotion in immediately loaded implants in bone of varying density (D2, D3, and D4).

He states – more than 300 years before Robert Hooke (1635 1703) and Newton – that atmospheric refraction occurs along a curve and proposes to approximate the curved path of a ray of light in a medium of uniformly varying density, in this case the atmosphere, by an infinite series of line segments each representing a single refraction (Burton 2007, 33 64).