@article { author = {Shahbazi Rad, ‎Zahra and Abbasi Davani, ‎Fereydoun and Etaati, ‎Gholamreza and Seifi, ‎Samaneh}, title = {Determination of coagulation time of in vivo cut bleeding treated by non-thermal atmospheric pressure plasma}, journal = {Radiation Physics and Engineering}, volume = {1}, number = {2}, pages = {7-11}, year = {2020}, publisher = {K. N. Toosi University of Technology}, issn = {2645-6397}, eissn = {2645-5188}, doi = {10.22034/rpe.2020.63475}, abstract = {‎The aim of this research was determination of the required time for coagulation of in vivo cut bleeding treated by non-thermal atmospheric pressure plasma‎. ‎To meet this‎, ‎an atmospheric pressure plasma jet device was designed and constructed‎. ‎Helium was used as working gas‎. ‎The electrical parameters and optical emission spectrum of helium plasma were measured‎. ‎The averaged treatment time to coagulate the incision bleeding on the mouse liver was obtained 8.6 μs‎, ‎and the average time of naturally incision bleeding coagulation was 10 min‎.}, keywords = {‎Helium plasma jet,‎Non-thermal Atmospheric pressure plasma,‎In vivo blood coagulation‎}, url = {https://rpe.kntu.ac.ir/article_63475.html}, eprint = {https://rpe.kntu.ac.ir/article_63475_1471fcf6db8165aeb06075d0b2c2bb67.pdf} }