The phrase "a logarithmic design" is correct and usable in written English.
It can be used in contexts related to mathematics, engineering, or design where logarithmic principles are applied to create a specific structure or layout.
Example: "The architect implemented a logarithmic design in the building's facade to enhance its visual appeal and optimize natural light."
Alternatives: "a logarithmic structure" or "a logarithmic layout".
However, they all followed a logarithmic scale (Figure 3).
Supposing reasonable design parameters and a logarithmic mean temperature difference in the heat recovery exchanger of 50 °C, a net electric power of 1615 kW and of 1603 kW respectively for the Kalina and for the ORC cycle was calculated.
The original aim of this design was to establish a logarithmic curve, from which ED50 values might be obtained.
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.
In this work, the MVC is, therefore, obtained by liftering a logarithmic power spectrum, and the lifter bank is designed by the minimum variance algorithm.
The performance of the joints was found to produce a straight line on a logarithmic S N plot and thus be readily predictable for design purposes.
Our study is based on the Affymetrix ATH1 Genome Array platform here, but our approach can be transferred to any platform, organisms and experimental design which allows one to compute a logarithmic fold change, e.g. human or mouse microarray datasets.
A novel design for a contraction nozzle, based on a logarithmic profile, is presented and developed to enhance aerodynamic measurements in a low-speed wind tunnel.
The proposed design has been characterized before its embodiment, showing a logarithmic response to the pressure.
Taking advantage of the low precision, a logarithmic number system based microprocessor architecture is used, that allows the design of a reduced size processor, providing further energy and computational cost savings.
