biological tissues
The effects of trapping and blade angle of notched dentitions on fracture of biological tissues
... opposed to paired straight blades can reduce the energy required to cut both plant materials (asparagus) and extensible animal material (salmon muscle). However, the reason for this is different in the two foodstuffs. ...
6
Spreading Properties of a Lorentz-Gauss Vortex Beam Propagating in Biological Tissues
... in biological tissues is ...the biological tissues on the spreading properties of a LG vortex beam are ...through biological tissues with the stronger turbulence strength will ...
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Estimation and Measurement of Biological Tissues Using Optical Simulation Method
... Abstract—This paper mainly deals with the optical properties of biological tissues that are measured using laser reflectometry method. The result is compared with the phantom and simulation values to get ...
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Holographic Femtosecond Laser Processing and Three-Dimensional Recording in Biological Tissues
... Abstract—Data recording on biological tissues and prostheses with femtosecond laser processing for personal identification is demonstrated. The target materials are human fingernails (fingernail memory) and ...
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An ADE -TLM Modeling of Biological Tissues with Cole-Cole Dispersion Model
... of biological tissues was formulated by Debye [6] through a time decaying polarization current j ( t ) = ∂P ∂t resulting from the time variation of polarization vector P ( t ...the biological tissue, ...
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Derivation of Electromagnetic Properties of Child Biological Tissues at Radio Frequencies
... of biological tissues is required to assess the radio frequency energy deposition in children exposed to electromagnetic ...children tissues, as a function of height, weight, and age, ...certain ...
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SURROGATE-BASED OPTIMIZATION OF THERMAL DAMAGE TO LIVING BIOLOGICAL TISSUES BY LASER IRRADIATION
... The unique characteristics of laser makes its application dramatically increased in every sector of science and engineering. In biomedical science, for example, laser is used in many treatments such as photodynamic ...
6
Asymptotic analysis of the Temperature profiles of biological tissues undergoing power law Microwave Heating.
... In another other work Smyth ( 11) have taken some assumptions so that solution – similarity simple types of exact and numerical solutions were obtained. Coleman (2) employs both power law and Arrhenius dependence on ...
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TRANSIENT TEMPERATURE PROFILES OF A THERMAL: ELECTROMAGNETIC MODEL DURING MICROWAVE HEATING OF BIOLOGICAL TISSUES
... Heating has been found to have cytotoxic effect an Cancer/timorous cells. Heating provoke change in the tissue temperature. At a given temperature for a longer time greater numbers of diseased cells are destroyed. ...
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Frequency Dependent Attenuation of EM Radiation on Biological Tissues
... ABSTRACT: The human body is a non-homogeneous medium and it is characterized by different fundamental parameters. All of them vary from location to location. Human body acts as a transmission medium for electrical ...
6
Constitutive models for polymers and soft biological tissues
... This work is primed for use in relevant engineering and biomechanical applications such as design assessment and optimization of a variety of structures under dynamic loading (e.g., polyurea-reinforced plates and ...
143
Beyond Turing: mechanochemical pattern formation in biological tissues
... 5. It is unusual that the authors consider inertia in their model, because biological processes at this scale are in the low-Reynolds, non-inertial regime. The authors should state that the results do not depend ...
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Gaussian Beam Modeling of SAR Enhancement in Paraxial and Non-Paraxial Regions of Biological Tissues
... Abstract—A polarized 3D-electromagnetic wave propagating from an aperture source into a lossy medium can be modeled by an astigmatic Gaussian beam model (GBM) of complex source coefficients that characterize a radiating ...
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Complementary analysis of Mueller-matrix images of optically anisotropic highly scattering biological tissues
... real biological tissue with polarized light pro- duces very complex optical response due to the anisotropic scattering that lead to non-linear depend- ence of the elements of measured Mueller matrix on tis- sue ...
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Heating of Biological Tissues by Gold Nano Particles: Effects of Particle Size and Distribution
... Hyper thermal therapy using laser heated nano sized gold spheres is analyzed by solving the heat transfer problem. It is found that the sphere temperature rises with a cha- racteristic time that is proportional to its ...
6
Drug delivery in biological tissues : a two-layer reaction-diffusion-convection model
... to biological fluid, as in the in-vivo case, the polymer becomes wetted, initiating a solid-liquid mass transfer (dissolution) pro- cess, providing a means for the drug to elute from the ...
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Thermally induced changes in optical properties of biological tissues
... in biological tissue was given by Wilson and Adam^^\ They adopted this technique from studies on the propagation of x-rays in tissues and analyzed the illumination of the tissue both by external laser beams ...
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Magnetic field effects on selected biological tissues
... Responses of the short circuit currents of isolated frog skins when the experiments started with perpendicular magnetic fields exposure.. MF indicates the intervals when the magnetic fie[r] ...
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Two dimensional angular domain optical imaging in biological tissues
... One final complication of a biological tissue sample is the surface of the sample. A liquid phantom conforms to the shape of the container. When an optical cuvette is used to hold the liquid, the container/sample ...
151
Coherent backscatter and its use in measuring the optical properties of biological tissues
... in biological tissue was taken up again by Yoon et (1993) who used a CW laser with a spot size of a few millimetres, and a CCD camera detection system along with diffusion approximation theory to measure the ...
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