All-fiber integrated peak power ultrashort optical pulse source based on compression in aircore photonic band gap fiber
CJS de Matos, RE Kennedy, JR Taylor - Applied physics letters, 2004 - pubs.aip.org
We demonstrate an all-fiber integrated,∼ 10 kW peak power,∼ 1 ps optical pulse source at
a wavelength of 1.55 μ m based on compression in aircore photonic band gap fiber. A 10 …
a wavelength of 1.55 μ m based on compression in aircore photonic band gap fiber. A 10 …
All-fiber integrated È10 kW peak power ultrashort optical pulse source based on compression in aircore photonic band gap fiber
CJS de Matos, RE Kennedy, JR Taylor - APPLIED PHYSICS LETTERS, 2004 - pubs.aip.org
We demonstrate an all-fiber integrated, 10 kW peak power, 1 ps optical pulse source at a
wavelength of 1.55 m based on compression in aircore photonic band gap fiber. A 10 GHz …
wavelength of 1.55 m based on compression in aircore photonic band gap fiber. A 10 GHz …
All-fiber integrated∼ 10kW peak power ultrashort optical pulse source based on compression in aircore photonic band gap fiber
CJS de Matos, RE Kennedy… - Applied Physics …, 2004 - ui.adsabs.harvard.edu
We demonstrate an all-fiber integrated,∼ 10kW peak power,∼ 1ps optical pulse source at a
wavelength of 1.55 μm based on compression in aircore photonic band gap fiber. A 10GHz …
wavelength of 1.55 μm based on compression in aircore photonic band gap fiber. A 10GHz …
[PDF][PDF] All-fiber integrated È10 kW peak power ultrashort optical pulse source based on compression in aircore photonic band gap fiber
CJS de Matos, RE Kennedy… - APPLIED PHYSICS …, 2004 - researchgate.net
We demonstrate an all-fiber integrated, 10 kW peak power, 1 ps optical pulse source at a
wavelength of 1.55 m based on compression in aircore photonic band gap fiber. A 10 GHz …
wavelength of 1.55 m based on compression in aircore photonic band gap fiber. A 10 GHz …