| Catalogue Code | IN-BiFeGaLu-01 IN-BiFeGaLu-02 |
| Chemical Formula | Bi1 .5Lu1.5Fe4GaO12 |
| Compound Name | Bismuth Lutetium Iron Gallate |
| Purity (%) | >99.9 |
| Dimensions | Dia. 1”, Thick. 0.125” Dia. 2”, Thick. 0.25” |
Introduction
Bismuth Lutetium Iron Gallate (Bi₁.₅Lu₁.₅Fe₄GaO₁₂) sputter target has unique magnetic, optical, and dielectric properties. This material combines bismuth, lutetium, iron, and gallium, offering high magnetoelectric coupling and excellent stability. As a sputter target, it is ideal for applications in magneto-optic devices, microwave components, and photonic circuits. The films created from Bi₁.₅Lu₁.₅Fe₄GaO₁₂ sputter targets are essential for high-performance devices in telecommunications, data storage, and sensor technologies, where its multifunctional properties can be fully utilized.
Properties of Bismuth Lutetium Iron Gallate (Bi1.5Lu1.5Fe4GaO12)
The Bismuth Lutetium Iron Gallate properties are as follows.
| Properties | Details |
| Appearance | Solid, circular, disc, and rectangular. |
| Ferroelectric nature | It exhibits a ferroelectric nature. |
| Thermal conductivity | It has moderate thermal conductivity, which varies according to several factors. |
Application
The applications of Bismuth Lutetium Iron Gallate are as follows.
- Thin-Film Electronics: It serves as a sputtering target in thin-film production. It provides high-quality layers that offer good performance in electronic devices.
- Optoelectronic Devices: They fabricate optoelectronic devices such as LEDs and laser diodes because of their favorable optical properties and stability.
- Photonic Systems: It can be used in photonic devices, where it may have particular light interactions that can assist in developing the functionality of applications like waveguides and photonic crystals.
- Ferroelectric Memory Devices: This technology has been applied to non-volatile ferroelectric memory applications, wherein its ferroelectric nature is used to store information and manipulate it efficiently.
- High-Frequency Components: It has been applied in the design of high-frequency electronic components so that its dielectric nature may be utilized to help forward a signal.
- Sensors: It is used in sensors like temperature or pressure sensors, whose susceptibility to outer stimulation assists in producing precise measurements.
- Catalytic Applications: Its unique chemical properties make it a potential application in catalytic processes, especially those that accelerate environmental reactions.
- Thermal Applications: It is applied to control thermal systems in an electronic device by exploiting its thermal conductivity to enhance heat dissipation.
FAQs
Answere: Bismuth Lutetium Iron Gallate (Bi1.5Lu1.5Fe4GaO12) sputter target is a high-performance material used to sputter thin films with a unique magneto-optic surface property. Its ability to exist with magnetic and optical properties is applied in optical isolators, magnetic field sensors, and spintronics applications.
Answere: Its applications include electronic devices, optoelectronics, photonic systems, ferroelectric memory devices, sensors, and energy harvesting applications.
Answere: High purity is necessary to produce good-quality films. Impurities within the material change the deposited films' electrical, optical, and structural properties.
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