Other formats:
BibTeX
LaTeX
RIS
@proceedings{1334001, author = {Vlasák, Ondřej and Vodičková, Kristina and Škorpíková, Jiřina}, booktitle = {European Society of Cataract & Refractive Surgeons, Barcelona Congress 2015}, keywords = {ablation; femtosecond; excimer; laser; separation}, language = {eng}, title = {Methodology of separation and ablation of corneal tissue using femtosecond and excimer laser}, url = {http://www.escrs.org/abstracts/details.asp?confid=20&sessid=636&type=Free&paperid=24012}, year = {2015} }
TY - CONF ID - 1334001 AU - Vlasák, Ondřej - Vodičková, Kristina - Škorpíková, Jiřina PY - 2015 TI - Methodology of separation and ablation of corneal tissue using femtosecond and excimer laser KW - ablation KW - femtosecond KW - excimer KW - laser KW - separation UR - http://www.escrs.org/abstracts/details.asp?confid=20&sessid=636&type=Free&paperid=24012 L2 - http://www.escrs.org/abstracts/details.asp?confid=20&sessid=636&type=Free&paperid=24012 N2 - In the ReLEx method electron microscopy images show greater irregularities in both optical and non-optical portion. The situation is better in method using the multiple energy. But the biggest unknown can be seen in the transition region between the non-optical and optical zones The transition zone is clearly visible in the images transition line. From the optical point of view, it may cause undesirable light scattering. Irregularity of the transition line is reduced using the higher separation energy. We therefore conclude that this method is very susceptible to the correct power setting. ER -
VLASÁK, Ondřej, Kristina VODIČKOVÁ and Jiřina ŠKORPÍKOVÁ. Methodology of separation and ablation of corneal tissue using femtosecond and excimer laser. In \textit{European Society of Cataract \&{} Refractive Surgeons, Barcelona Congress 2015}. 2015.
|