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Diffraction Gratings 600 Lines
Original price was: KSh 5,400.00.KSh 4,740.00Current price is: KSh 4,740.00.
- Ultra-High Resolution (600 lines/mm): Separates colors (wavelengths) with exceptional detail for precise spectral analysis.
- Enhanced Specificity: Identifies even minor variations in light wavelengths.
- Advanced Spectroscopy: Ideal for high-resolution spectrometers used in research.
- Wavelength Calibration: Ensures accurate wavelength measurements in optical instruments.
- Description
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Description
Diffraction Gratings 600 Lines
A diffraction grating with 600 lines per millimeter (600 lines/mm) is a high-precision optical component designed to separate light into its constituent colors (wavelengths) with exceptional detail. Here’s a breakdown of its features and applications:
Function:
Similar to gratings with lower line density, this grating utilizes the principle of diffraction. Light waves interact with the closely spaced lines, causing them to bend and interfere with each other. This creates a pattern of diffracted light where different wavelengths (colors) are separated at distinct angles.
Key Features of a 600 Lines/mm Grating:
- Superior Resolution: The high line density (600 lines/mm) translates to superior resolution. This grating can effectively separate closely spaced wavelengths of light, making it ideal for applications requiring precise spectral analysis.
- Enhanced Wavelength Specificity: Due to its high resolution, this grating allows for a more detailed examination of the light spectrum, enabling the identification of even minor variations in wavelength.
- Material Options: Gratings can be made from various materials like glass with etched lines or a plastic film with a replicated pattern. The specific material might influence factors like durability, efficiency, and cost.
Applications:
- High-Resolution Spectroscopy: This grating is particularly valuable in high-resolution spectrometers used for advanced research and analysis of light emitted or absorbed by materials. Examples include studying atomic and molecular structures, analyzing chemical compounds, and characterizing astronomical objects.
- Wavelength Calibration: The precise separation of wavelengths by a 600 lines/mm grating makes it suitable for calibrating spectrometers and other optical instruments that rely on accurate wavelength measurements.
- Advanced Laser Applications: The diffractive properties of these gratings can be employed in sophisticated laser applications, such as creating specific laser beam profiles or manipulating the spatial distribution of light in a laser beam.
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