Supercontinuum generation from undoped and rare-earth doped Barium Zinc Borate glass with variation in input chirp of a fs pulse is investigated. With varying chirp, the most intense peak of the supercontinuum (SC) spectrum is observed. The peak shift for rare-earth-doped samples with the negatively chirped pulses was not significant compared to that observed with positively chirped pulses. Comparing the evolution of SCG with varying input pulse chirp suggested a material dependency of supercontinuum generation under chirping.
Effect of chirp on supercontinuum generation from Barium Zinc Borate glasses / MADATHIPARAMBIL MOHANAN, Neethish; V. V., Ravi Kanth Kumar; S., Anurag Nalam; S., Sree Harsha; P., Prem Kiran. - In: OPTICS AND LASER TECHNOLOGY. - ISSN 0030-3992. - 149:(2022). [10.1016/j.optlastec.2022.107890]
Effect of chirp on supercontinuum generation from Barium Zinc Borate glasses
Neethish Madathiparambil Mohanan
Primo
Methodology
;
2022
Abstract
Supercontinuum generation from undoped and rare-earth doped Barium Zinc Borate glass with variation in input chirp of a fs pulse is investigated. With varying chirp, the most intense peak of the supercontinuum (SC) spectrum is observed. The peak shift for rare-earth-doped samples with the negatively chirped pulses was not significant compared to that observed with positively chirped pulses. Comparing the evolution of SCG with varying input pulse chirp suggested a material dependency of supercontinuum generation under chirping.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
