Sentence examples for principle variation from inspiring English sources

PGE – Product Generation Engineering describes that new products are developed based on reference products by three types of variation: carryover variation, embodiment variation and principle variation, where the two latter ones together form the share of new development.

In principle, variation in diversity across loci could also be due to selection at linked genes (Maynard Smith and Haigh 1974; Charlesworth et al. 1993; Barton 2000), rather than variable mutation rates.

The exhibition links these diverse studies by emphasizing the interaction of four fundamental evolutionary principles: variation, inheritance, selection, and time (VIST).

In the physical variational principle the variations of the electric potential and magnetic potential are divided into local variations and migratory variations.

However, Brown states that the principle of variation was very much a part of Russian musical thought and creativity.

In principle, this variation of cell supply could be achieved by two alternative mechanisms.

Based on this principle, intraspecific variation in the percentage of isolated gametophytes producing a sporophyte may be interpreted in terms of differences in genetic load between the parental genotypes [e.g. [ 40]].

Embracing the constraints and principles of variation, environment, evolution, and ecology.

The G-proteins' role in signal transmission in the cell is a perfect example of this principle of variations on a theme which achieve the diversity necessary to maintain life.

This is especially clear from the Neo-Fregean approach based on Hume's principle and variations thereof: consistent subsystems of Frege's Grundgesetze have been isolated and are currently studied (see Burgess 2005, also for a comprehensive reference list to preceding work by Boolos, Wright and Hale, Heck, Wehmeier, Ferreira, Antonelli and May).

The governing equations as well as boundary conditions are derived from the principle of variations applied to unified formulation of plate bending with assuming the assumptions of the classical thin plate bending theory (Kirchhoff-Love theory) and/or the shear deformation plate theory of the 1st and 3rd order (FSDPT and TSDPT).