Internal database
Contact us
中文
Home
Overview
Introduction
Cultural Beliefs
Organization
Current Administrators
Successive Administrators
Research Team
Research Team
Professors / Researchers
Associate Professors / Associate Researchers
Assistant Professors
Postdoctoral Researchers
Administrative / Technical Staffs
Visiting Scholars
Research
Research Areas
Research Platform
Industry-University-Research Collaboration
Publications
International Cooperation
Education
Graduates
Undergraduates
Alumni
Academic Highlights
Life Silhouettes
Student Recruitment
Recruitment Information
Researchers
Internal database
Contact us
中文
Home
Overview
Introduction
Cultural Beliefs
Organization
Current Administrators
Successive Administrators
Research Team
Research Team
Professors / Researchers
Associate Professors / Associate Researchers
Assistant Professors
Postdoctoral Researchers
Administrative / Technical Staffs
Visiting Scholars
Research
Research Areas
Research Platform
Industry-University-Research Collaboration
Publications
International Cooperation
Education
Graduates
Undergraduates
Alumni
Academic Highlights
Life Silhouettes
Student Recruitment
Recruitment Information
Researchers
Research
Home
/
Research
/
Research Areas
/
High-Power Laser Coating and Applications
/
Publications
/
Publication List
/
Content
Research
Overview
X-ray Devices and Systems
News
Research Directions
Teachers
Students
Publications
Research Infrastructure
High-Power Laser Coating and Applications
News
Research Directions
Teachers
Students
Publications
Research Infrastructure
Optical Nanometrology and Measurement
News
Research Directions
Teachers
Students
Publications
Research Infrastructure
Micro-nano Optics and Intelligent Sensing
News
Research Directions
Teachers
Students
Publications
Research Infrastructure
Influence of nodular defects on the laser damage resistance of optical coatings in the femtosecond regime
Time:2014-03-02
Publisher:
Source:
Visit:
Gallais L , Cheng X , Wang Z . Optics Letters, 2014.
Prev:
Damage growth characteristics of different initial damage sites of fused silica under 355 nm small laser beam irradiation
Next:
Nanosecond laser-induced damage of nodular defects in dielectric multilayer mirrors [Invited]
BACK