MODEL OF TERAHERTZ PULSE-BLOOD FLOW INTERACTION FOR OVERCOMING CHOLESTEROL PLAQUE VENTURI EFFECT IN ARTERY
Abstract: This model attempts
to analyze involvement using THz radiation interaction with cholesterol
depositsform plaque on the inner walls of an artery. It interacts with blood
fluid by principle of THz radiation heattransfer mechanism for overcoming
cholesterol plaque venture effect in artery. Athermanous plaque, abuildup of
white blood cell wherein is sometimes termed fatty, despite absence of
adiposities depositswithin the wall of an artery. When cholesterol deposits
form plaque on the inner walls of an artery, thevelocity of blood flow
increases when t increases and generates higher pressure according to the
ventureeffect. Consequences of this effect can lead to collapse the artery,
causing a myocardial infarction in acoronary artery. Analysis on the cholesterol
plaque effect in blood flow through the forced convection ofterahertz pulse
heat release in artery causes the blood flow change after interacting with
terahertz pulse.The results indicate that blood velocity and diffusivity for
axial positions to higher with change oftemperature rises along radial position
caused by heat release of the absorbed terahertz pulse power inblood flow.
Transient behavior of a 10 THz pulse-blood flow interaction in artery wherein
the resultchosen varies the blood kinematics viscosity to see how fast this
final blood velocity profile is attained.Indeed, for very small blood
kinematics viscosities, the response is slower. This result is to be
expectedsince the blood kinematics viscosity unit is cm2/s just like the
diffusion coefficient and the thermaldiffusivity.
Author: Usman Malik, Muhamad
Hamdi
Journal Code: jpfisikagg140020
