…S1 surface and the D8.2 cylindrical surface: <12′ 5. Coating: S1 surface coating: AR R＜0.1%@1060-1090nm&R＜5%@630-670nm AOI=0-10° S2 side is not coated Laser damage threshold: >20J/cm^2@10ns@20HZ@1064nm 6. Packaging: static-free, dust-free packaging…
Customer Demand Trade Name Specification/mm Remark 3% Nd Phosphate Laser Rods Dia Ø10 （+/-0.1）mm Thickness:177.80(±0.15) mm Specific processing index see attached drawing Processing Index: Product Index: (according to the attached…
Customer Demand Trade Name Specification/mm Remark Er: YAP Size: 2(a)mm x 5(c)mm x8(b)mm For other unspecified requirements, follow the conventional laser crystal processing requirements. Processing Index: Size:2(a)mm x 5(c)mm x8(b)mm…
…BBO 4x4x10mm SHG@650-325 nm Theta=36.7 deg Processing Index: T：313K Cut on both sides parallel to Brewster Angle Brewster Angle 59 deg Laser grade polishing S/D：10-5 Flatness:<1/10 Uncoated Picture of Shipment…
…and properties of laser crystals of gadolinium yttrium and Gadolinium Yttrium doped neodymium aluminate. Jinan University [6] Huang Xingbin. Growth and properties of thulium-doped lutetium crystals. Jinan University [7] Inductively…
Introdction Erbium Glass, also referred to as Er-Glass, is widely recognized for its diverse range of applications, especially in telecommunications and medical laser technologies. The optimal handling and storage of…
…a valuable resource in optical applications. These include, but are not limited to, laser technology, spectrophotometry, and photonics. How does Co: Spinel compare to other optically active crystals? Co: Spinel…
…properties under the influence of an electric field, have found wide-ranging applications, from laser communication to optical signal processing. The heart of these devices, the crystal materials, holds significant sway…
…that, while not commonly known to many, has an undeniable impact in specialized fields. Figure 2. medical laser How Is Neodymium Glass Manufactured? Manufacturing neodymium glass is a delicate and…
…Lasers in Spectroscopy The realm of spectroscopy is undergoing a paradigm shift, thanks to the introduction of Terahertz lasers. At the forefront of this transformation is terahertz spectroscopy, which is…
