Accession Number:

AD1058715

Title:

High Energy Attosecond Source for Studying Electron Correlation

Descriptive Note:

[Technical Report, Final Report]

Corporate Author:

University of Central Florida

Personal Author(s):

• Chang, Zenghu

Report Date:

2017-04-12

Pagination or Media Count:

12

Abstract:

A major challenge in developing attosecond X-ray light sources is to increase the pulse energy at high repetition rate and high photon energy. Prof. Zenghu Chang developed a carrier-envelope phase stabilized, high repetition rate1 kHz, and short pulse 12 fs laser system centered at 1700 nm at the University of Central Florida. A high energy 100 mJ, high repletion rate 1 kHz NdYLF laser at 527 nm, as well as a set of transmission-type pulse compression gratings were purchased by the DURIP funds.

Descriptors:

• repetition rate
• light sources
• x rays
• high energy
• infrared pulses
• difference frequency
• frequency
• optics
• soft x rays
• bandwidth
• broadband
• department of defense
• electro-optics
• hard x rays
• information operations
• long wavelengths
• mathematics
• pulse compression
• spectra
• agreements

Subject Categories:

• Optics

Distribution Statement:

[A, Approved For Public Release]