Sentence examples for shapes of red from inspiring English sources

A marigold-yellow field harbors shapes of red, black, chartreuse and green.

The work is composed of horizontal, vertical, and circular lines that define flat shapes of red, blue, and white.

Its four flamelike shapes of red and yellow on blue suggest some heretofore unknown synthesis of Color Field and Abstract Expressionism, tinged with Symbolism.

Each pixel in digital displays, as you may know, is generally made up of a number of sub-pixels: different numbers and shapes of red, blue and green that illuminate to various degrees to form in aggregate the colors we perceive.

Notwithstanding its limitations, the current prototype demonstrates certain features characteristic of the microcirculation, such as parachute and bullet shapes of red cells deformed in capillary channels, rouleaux formation, plasma skimming, and the utilization of collateral flow pathways due to flow obstruction caused by a white cell blocking a microchannel.

These include the jazzy arrangement of rectangles Cité from 1951, and the vivid stripes of Spectrum I, as well as the sliced shapes of Red Curves (1996) and Blue Panel (1985).

Also, the 3D visualization of the lighting parameters in Figure 3 d) roughly averages the C-shapes of red curves shown in Figure 3(c), each connecting face images under various lighting conditions for one person and one viewpoint.

Michael Kolios, a photoacoustics scientist at Ryerson University in Toronto, wondered whether he could use the photoacoustic effect to determine the shape of red blood cells.

The artifacts are detected by thresholding the differences of the chrominance channels and using geometric constraints to check size and shape of red regions.

Lasers Could Help Identify Malaria and Other Diseases Early Combining lasers with a principle discovered by Alexander Graham Bell over 100 years ago, researchers have developed a new way to collect high-resolution information about the shape of red blood cells.

The architecture of this membrane skeleton and the nature of its intermolecular contacts determine the mechanical properties of the skeleton and confer the characteristic biconcave shape of red cells.