Publication detail

Diffraction of electromagnetic wave on skin capillary

Original Title

Diffraction of electromagnetic wave on skin capillary

Czech Title

Diffraction of electromagnetic wave on skin capillary

Language

cs

Original Abstract

We have formulated and solved the problem of electromagnetic wave diffraction on skin blood vessel. As an important result of our investigation, it is established that the amplitude of the scattered field is proportional to the square of the capillary area. For the case of long waves, the reflected field is linearly dependent on the depth position of the capillary. The proposed approach would eliminate fundamental uncertainties in the modeling of biological tissues.

Czech abstract

We have formulated and solved the problem of electromagnetic wave diffraction on skin blood vessel. As an important result of our investigation, it is established that the amplitude of the scattered field is proportional to the square of the capillary area. For the case of long waves, the reflected field is linearly dependent on the depth position of the capillary. The proposed approach would eliminate fundamental uncertainties in the modeling of biological tissues.

BibTex


@inproceedings{BUT113088,
  author="Ivan {Starkov} and Zbyněk {Raida} and A.S. {Starkov}",
  title="Diffraction of electromagnetic wave on skin capillary",
  annote="We have formulated and solved the problem of electromagnetic wave diffraction on skin blood vessel. As an important result of our investigation, it is established that the amplitude of the scattered field is proportional to the square of the capillary area. For the case of long waves, the reflected field is linearly dependent on the depth position of the capillary. The proposed approach would eliminate fundamental uncertainties in the modeling of biological tissues.",
  booktitle="Days on Diffraction (DD), 2014",
  chapter="113088",
  doi="10.1109/DD.2014.7036453",
  howpublished="online",
  year="2014",
  month="may",
  pages="215--219",
  type="conference paper"
}