| Title | EM modeliranje živog tkiva |
| Author | Ante Barišić |
| Mentor(s) | Slavko Rupčić (thesis advisor)
|
| Abstract | U radu je provedena analiza utjecaja zračenja biološkog tkiva neionizirajućim poljem.
Simulacije su izvedene na modelima ruke, glave i trupa, na 3,6 mm, 9 mm i 18 mm od izvora
zračenja. Modeli su pojednostavljeni zbog velikih konfiguracijskih zahtjeva računala. Kod
svakog modela je SAR padao sa svakim povećanjem udaljenosti od izvora zračenja. U
modelima kožnog i mišićnog tkiva te u modelima sive i bijele tvari dolazi do veće apsorpcije
SAR-a. U modelima masnog i koštanog tkiva su te vrijednosti dosta manje. |
| Keywords | radiation biological tissue hand head torso SAR model HFSS. |
| Parallel title (English) | EM modeling living tissues |
| Committee Members | Slavko Rupčić (committee member)
Vanja Mandrić Radivojević (committee member)
Višnja Križanović Čik (committee member)
|
| Granter | Josip Juraj Strossmayer University of Osijek
Faculty of Electrical Engineering, Computer Science and Information Technology Osijek |
| Lower level organizational units | Department of Communications
Laboratory for High Frequency Measurements |
| Place | Osijek |
| State | Croatia |
| Scientific field, discipline, subdiscipline | TECHNICAL SCIENCES
Computing
|
| Study programme type | university |
| Study level | graduate |
| Study programme | Graduate University Study Programme in Electrical Engineering; branch: Communications and Informatics, Power Engineering |
| Study specialization | branch: Communications and Informatics |
| Academic title abbreviation | mag.ing.el. |
| Genre | master's thesis |
| Language | Croatian |
| Defense date | 2015-07-16 |
| Parallel abstract (English) | In this paper was performed the analysis of non-ionizing radiation influence on biological
tissue. Simulations were performed on hand, head and torso models, 3,6 mm, 9 mm and 18
mm distance from the radiation source. Models are simplified due to the large computer
configuration requirements. With every increasing distance from the radiation source, the
SAR was falling, for each model. In the models of skin and muscle tissue as well as in models
of gray and white brain matter occurs larger specific absorption rate. In models of fat and
bone tissue those values are much less. |
| Parallel keywords (Croatian) | zračenje biološko tkivo ruka glava trup SAR model HFSS. |
| Resource type | text |
| Access condition | Open access |
| Terms of use |  |
| URN:NBN | https://urn.nsk.hr/urn:nbn:hr:200:854317 |
