Sentence examples for logarithmic progression from inspiring English sources

In 1970, Kuramata designed a collection of cabinets that have since become classics: tall pieces on rollers, some with undulating sides, others outfitted with square drawers that increased in size in a logarithmic progression.

This paper describes the decisions behind the design principles used and how the logarithmic progression of sizes led to the development of the logMAR designation of visual acuity and the improved sensitivity gained from letter-by-letter scoring.

The culling process reduced the pulse density from 10 to 0.01 pulses m−2 using 30 pulse densities spaced in a logarithmic progression spanning four orders of magnitude in pulse density (i.e. 10, 9, 8 ….1, 0.9, 0.8…0.1, 0.09, 0.08…. 0.01).

Each set of multiplex PCR primers were designed to give a logarithmic progression of DNA product sizes, ranging from 200 bp to 650 bp in length, which gave regular spacing of marker bands when products were size-separated by agarose gel electrophoresis.

(The progression is logarithmic, because we recognize fewer and fewer distinctions three to five years, a decade, a generation, a lifetime as time extends beyond the present).

(The progression is logarithmic, because we recognize fewer and fewer distinctions — three to five years, a decade, a generation, a lifetime — as time extends beyond the present).

In order to determine if the loss of mitochondrial functions affected cell cycle responses to DOX we examined cell cycle progression of logarithmic diploid WT, ccr4Δ (Fig. 1F) and pop2Δ (data not shown) G1 cells without functional mitochondria (i.e., petites) following exposure to DOX.

Mr. Ulrych, a Polish émigré who owned Andre's, one of Aspen's most colorful night spots, from 1980 to the early 1990s, was a student of sacred geometry and wanted to create a spiritually powerful structure that imitated the proportions and geometric progression of the logarithmic spiral that is found in the shell as well as elsewhere in nature.

The magnitude scale used to measure earthquakes is deceptive; it doesn't show a steady, linear progression but a logarithmic one.

Pollen germination progression best fit a logarithmic curve: y = 0.2872×ln(x) + 0.2204 (R= 0.981).

The developmental progression, along with the logarithmic-linear shift, extends to include the use of both anchor points after Year 1.