ALI, AL DHAYBIKostiantyn, VaskoJonas, OsorioAmarni FouedDebord BenoitFrédéric, GérômeFetah, Benabid
We build a picometer-sensitivity optical surface-profiler based on polarization-interferometry. The profilometer is design to measure surface roughness profiles of HCPCF. Two HCPCF categories with different fabrication processes were characterized. We observe that for HCPCFs fabricated the new process exhibit a reduction of rms core-surface roughness rms by a factor of close to 3 relative to the surface capillary wave thermodynamic limit, and thus explaining the record loss achieved in the VIS-UV range achieved with these fibers.
ALI, AL DHAYBIKostiantyn, VaskoJonas, OsorioAmarni FouedDebord BenoitFrédéric, GérômeFetah, Benabid
Ali Al DhaybiJonas H. OsórioFoued AmraniFrédéric DelahayeGilles TessierBenoît DebordFrédéric GérômeFetah Benabid
Xavier BuetC. BrunBruno BressonMatteo CiccottiM. N. PetrovitchFrancesco PolettiDavid J. RichardsonDamien VandembroucqGilles Tessier
C. BrunXavier BuetBruno BressonM. S. CapelleMatteo CiccottiAchwak GhomariPierre LecomteJ.P. RogerM. N. PetrovichFrancesco PolettiDavid J. RichardsonDamien VandembroucqGilles Tessier
Erick LamillaMaicon S. FariaIvan AldayaPaulo F. JarschelJulián L. PitaPaulo Dainese