How does a friccohesity quantum mechanically correlate shear stress and shear rate with surface tension or energy to smoothen systolic and diastolic heart beat with 120/80 mmHg blood pressure?

Pumping large sized food particles with least surface energy, heart needs more energy while for small sized a less. The higher friccohesity predicts small sized food particles with more adherence with blood serum with higher energy moderating shear rate with surface energy.    
Analytical chemistry Biochemistry Bioengineering
0
AshrapovUlugbek
Hemodynamics is the movement of blood through the vessels, resulting from the difference in hydrostatic pressure in different parts of the circulatory system (blood moves from an area of ​​high pressure to a lower area). Depends on the resistance to blood flow of the vessel walls and the viscosity of the blood itself. One of the most important indicators of hemodynamics is considered to be minute volume of blood circulation.
What blood pressure is observed with a stent on the heart?

0
Alireza
It is a term derived from "friction" and "cohesion" to explain the molecular relationship between frictional and cohesive forces at molecular levels. It includes a dual-force theory that explains how these forces interact and affect properties like surface tension and viscosity. This concept is especially important for understanding of molecular interactions and has applications in areas such as nanotechnology and material science. The measurement of friccohesity is carried out using survismeter, via evaluation both surface tension and viscosity to find a balance between cohesive and frictional forces in a specific substance.

Post an Answer

Sign In to Answer