Researchers Explore Oxide Materials for Fiber Doping
Recently, a team of researchers at
Containerless Research Inc. in Evanston, Ill., explored using yttria and alumina compositions to expand the range of fiber lasers in the mid-IR. There was only one problem: Molten oxides that do not contain silica typically have a viscosity that is too low to allow fiber pulling.
The research team used a continuous flow of inert gas to levitate the molten yttrium aluminum garnet (YAG:Y
3Al
5O
12) to reach a level of viscosity suitable for pulling. The researchers say this method of reaching higher viscosity could lead to a number of new oxide compositions suitable for fiber.
LATEST NEWS
- Fraunhofer CAP Appoints Head, Scientific Director: People in the News: 1/15/25
Jan 15, 2025
- Bioluminescent Tags Track RNA Dynamics in Live Cells in Real Time
Jan 15, 2025
- Sensing and Inspection Specialist EVK Joins Headwall Group
Jan 14, 2025
- PHOTON IP Raises $4.9M Seed Round
Jan 14, 2025
- Graphene Prevents Damage to Flexible Thin Films for Wearable Electronics
Jan 14, 2025
- Thorlabs Acquires VCSEL Developer, Longtime Partner Praevium Research
Jan 13, 2025
- Electrically-Pumped GaAs-Based Nano-Ridge Lasers Fabricated at Wafer Scale
Jan 13, 2025
- Photoactivated Gel Achieves Bone Regeneration and Adhesion at Same Time
Jan 13, 2025