| Place of Origin: | China |
|---|---|
| Brand Name: | CRYLINK |
| Certification: | Iso9001 |
| Model Number: | CRYLINK-Nd KGW Laser Crystal |
| Minimum Order Quantity: | 1 Pieces |
| Price: | negotiation |
| Packaging Details: | Carton |
| Delivery Time: | 3-4 weeks |
| Payment Terms: | TT |
| Supply Ability: | 100 pieces /month |
| Name: | Nd:KGW Laser Crystals | Nd Concentration: | 2.2%(cw),3%(quasi-cw) |
|---|---|---|---|
| Fluorescence Lifetime: | 130 S | Stimulated Emission Cross Section: | 3.7*10-19 Cm2 |
| Transition Wavelength: | 1067 Nm | Emission Cross Section (pm2)a: | 32.3 |
| High Light: | nd yag laser rod,laser material |
||
Nd:KGW crystal is a kind of laser crystal that can realize high concentration doping.Because the crystal can be mixed with high concentrations of Nd ions and has a large emission area, its monopulse and low-repeat laser performance is better than Nd: YAG. The absorption band of Nd: KGW crystal is at 808 nm, which can effectively couple with LD pump source (emitting wavelength is 808 nm) to improve its luminous efficiency. Moreover, its half height and width of 12 nm makes it able to accommodate the drift of LD emission wavelength with temperature, which is conducive to conducting diode pumped KGw laser experiment and device research. Nd:KGW can not only realize free oscillation, Q switching, mode locking operation, but also realize Raman conversion.
The Raman characteristics of Nd:KGW crystal depend on its high excited beam cross section, low pumping threshold, high output energy, high conversion efficiency, and two high Raman gain coefficients (768 and 901 cm-1).Since the fundamental frequency light of Raman crystal is 911 nm, 1067 nm and 1351 nm, the red, yellow and blue light of 0.455 um, 0.533 um and 65 um can be produced after frequency multiplication, which can be used in material processing, optical communication, tele-sensing, medicine, environmental monitoring, precision measurement and other fields.
Parameter
Physical properties
| Nd concentration | 2.2%(cw),3%(quasi-cw) |
| Fluorescence lifetime | 130 s |
| Stimulated emission cross section | 3.7*10-19 cm2 |
| Transition wavelength | 1067 nm |
| Thermal conductivity | Ka=2.6 W/Km |
| Kb=3.8 W/Km | |
| Kc=3.4 W/Km | |
| dn/dT | 0.4*10-6 K-1 |
| Refractive index @ 1.06 m | np=1.978 |
| nm=2.014 | |
| ng=2.049 | |
| Thermal expansion coefficient | (100):4*10-6 K-1 |
| (010):3.6*10-6 K-1 | |
| (001):8.5*10-6 K-1 | |
| Density (g*cm-3) | 7.248 |
| Specific heat Cp | 500 Jkg-1K-1 |
| Laser wavelength (nm) | 1067 |
| Emission cross section (pm2)a | 32.3 |
| Gain bandwidth (nm) | 2.73 |
| Fluorescence lifetime (s) | 110 at 3% doping |
| Thermal conductivity (Wm-1K-1) | ~3 |
 |
|
| Nd-KGW-Absorption | Polarized-absorption-spectra-of-Nd-KGW-crystal-at-room-temperature |
|
|
| Polarized-emission-spectra-of-Nd-KGW-crystal-at-room-temperature | Fluorescence-spectra-of-Nd-KGW-around-900-nm |
Feature
