KGW/ Ba(NO₃)₂ Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties

KGW/ Ba(NO₃)₂ Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties

Supplier
Iloptik
Part Number
硝酸钡(Ba (NO₃)₂)物理与光学性能
Category
Laser Crystals
Origin
China

Fuzhou Jingzhi's barium nitrate (Ba(NO₃)₂) and undoped potassium gadolinium tungstate (KGd(WO₄)₂, KGW) crystals are noted for excellent stimulated Raman scattering (SRS), enabling laser frequency conversion and an extended tuning range. Crystal-based SRS is fully compatible with current all-solid-state laser technology, offering a very simple, compact frequency-conversion solution.

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Overview

Fuzhou Jingzhi's barium nitrate (Ba(NO₃)₂) and undoped potassium gadolinium tungstate (KGd(WO₄)₂, KGW) crystals are noted for excellent stimulated Raman scattering (SRS), enabling laser frequency conversion and an extended tuning range. Crystal-based SRS is fully compatible with current all-solid-state laser technology, offering a very simple, compact frequency-conversion solution.

Specifications

ParameterValue
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties - Chemical FormulaBa (NO₃)₂
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties-Crystal SymmetryCubic Crystal System, P2₁3 Space Group
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties-Transmission Spectral Range0.35 – 1.8 μm
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties - Density3.25 g/cm³
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties - Mohs Hardness2.5 – 3
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties-1064 nm: Refractive Indexn = 1.555
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties-Raman Shift1048 cm⁻¹
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties-1064 nm Pumping: Raman Gain11 cm/GW
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties-Thermal Conductivity1.17 W/mK
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties-Refractive Index Temperature Coefficient (∂n/∂T)-20×10⁻⁶ K⁻¹
Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties - Optical Damage Threshold~ 0.4 GW/cm²

Key Features

Barium nitrate (Ba(NO₃)₂) has the highest Raman gain coefficient, which directly determines the Raman laser threshold. Its thermal lensing is therefore pronounced, with a large refractive-index temperature coefficient (∂n/∂T) and low thermal conductivity. KGW has much weaker thermal effects and a high damage threshold, making it suitable for power scaling. For Raman applications with nanosecond and longer pulses, Ba(NO₃)₂ is more suitable; for shorter pulses, KGW has advantages.

Datasheet

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Supplier Information

Il
Iloptik
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Jingzhi Optoelectronics is a high-tech enterprise focusing on the R&D and production of optoelectronic materials and core devices. Aiming to break through the "bottleneck" technologies of high-end laser crystal materials and devices, the company is committed to achieving domestic substitution of key materials in fields such as semiconductor lithography and precision micromachining. Its main products include magneto-optical crystals (KTF, CeF₃), deep ultraviolet nonlinear optical crystals (modified BBO, CLBO), and high-power laser isolators, which are widely used in high-power laser systems, semiconductor lithography, EUV light sources, laser detection, defense, and new energy fields.

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KGW/ Ba(NO₃)₂ Barium Nitrate (Ba (NO₃)₂) Physical and Optical Properties
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