Home
About LIBPhys
Introduction People Organization Groups Careers
Research
Fundamental Parameters And Metrology Cryogenic, Electronics And Radiation Detection Instrumentation Analytical Techniques Development And Application Biomedical Engineering Projects
Infrastructures
Complete Soldering/DeSoldering Workstation for Electronics equipment with microscope and fume extraction 3D Printers for prototype manufacture Optics Lab Several Electronics Test and Measurement Equipment (GEI group)
Science and Society
Technology transfer, industry and spin-offs Prizes
Advanced Training
Thesis Proposals Traineeship Theses opportunities Protocols
Publications
Scientific articles Master Theses PhD Theses Proceedings
Contacts

Home
Publications
Master Theses
Experimental study of the biomechanical properties of human arteries

Publications

Scientific articles
Master Theses
PhD Theses
Proceedings

Experimental study of the biomechanical properties of human arteries

Home About LIBPhys Research Infrastructures Science and Society Advanced Training Publications Contacts

Privacy Policy Privacy Cookies

Webdesign Megasites

We use cookies to ensure that we provide you with the best experience on our website. If you continue to use this page we assume that you agree to use. To know more information about our Cookies Policy, click here.