Active Medium Shape And Construction TRIZ Cases
- Variable-Section Active Optical Fiber to Limit Pump Leakage
Modified reflective cladding in a variable-section active optical fiber cuts pump leakage and overheating while preserving beam quality at higher power.
- Erbium-Doped Multi-Core Optical Fiber With Trench-Assisted Crosstalk Control
A trench-assisted erbium-doped fiber amplifies each core while reducing crosstalk and tunneling losses in multi-core submarine links.
- Pulsed Light Wavelength Modulation Without Multi-Solitonization
Spectrum broadening in normal-dispersion fiber suppresses multi-solitonization while enabling high-power, GHz-rate wavelength modulation.
- Laser Pulse Width Control With Integrated Waveform Manipulation
Manipulating the pulse waveform before amplification changes laser pulse width with fewer optical components and a smaller footprint.
- Lateral-Pumped Fiber Laser Amplifier With Continuous Thermal Covering
A high-conductivity outer covering dissipates heat at lateral pump junctions, enabling higher fiber amplifier power with lower degradation risk.
- Spectral Laser Array Pulse Shaping for Compact kHz Gamma Sources
Coherent spectral combining and feedback pulse shaping enable compact kHz gamma-ray generation with bandwidth-limited flattop pulses.
- Optical Fiber Pulse Amplifier Layout for Low-Distortion Laser Delivery
Placing pulse amplification near the delivery end limits fiber-induced dispersion and nonlinearity, preserving high-power laser pulse shape.
- Multi-Core Amplifying Fiber Layout for Efficient L-Band Cladding Pumping
Multiple rare-earth-doped cores with controlled density and radius improve pump absorption and power conversion in L-band cladding-pumped amplifiers.
- Seed Beam Mode Multiplexing to Raise Fiber Amplifier TMI Threshold
Pre-modulating seed beam modes with amplitude, phase, and multiplexing suppresses TMI and enables higher-power fiber amplification.