LILT-8300/109
Lens, Double Convex, Spherical LILT-8300/109
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LILT-8300/21
Fresnel'S Biprism(Rectangular) LILT-8300/21
The Fresnel's Biprism (Rectangular) is a precision optical component used to demonstrate the interference of light and to determine the wavelength of monochromatic light through the measurement of interference fringes. It is widely used in wave optics experiments and laboratory investigations.
The biprism consists of two thin prisms joined at their bases to form a very small refracting angle. When illuminated by light from a narrow slit, it produces two virtual coherent sources, resulting in an interference pattern that can be observed and measured. The wavelength of light can then be calculated from the fringe spacing.
Specifications:
Shape: Rectangular
Dimensions: 4 × 3 cm
Prism Angle: 178°
Material: Optical glass
Features:
High-quality optical glass construction
Produces clear and well-defined interference fringes
Suitable for precise wavelength measurements
Durable and accurate optical component
Ideal for wave optics experiments
| Category | Physics Laboratory Equipment |
|---|---|
| Subcategory | Light |
| Country of origin | India |
| OEM / private label | Available on request |
| Packaging | Standard protective laboratory-equipment packing; export packing available as required. |
The Fresnel's Biprism (Rectangular) is a precision optical component used to demonstrate the interference of light and to determine the wavelength of monochromatic light through the measurement of interference fringes. It is widely used in wave optics experiments and laboratory investigations.
The biprism consists of two thin prisms joined at their bases to form a very small refracting angle. When illuminated by light from a narrow slit, it produces two virtual coherent sources, resulting in an interference pattern that can be observed and measured. The wavelength of light can then be calculated from the fringe spacing.
Specifications:
Shape: Rectangular
Dimensions: 4 × 3 cm
Prism Angle: 178°
Material: Optical glass
Features:
High-quality optical glass construction
Produces clear and well-defined interference fringes
Suitable for precise wavelength measurements
Durable and accurate optical component
Ideal for wave optics experiments
- High-quality optical glass construction; Produces clear and well-defined interference fringes; Suitable for precise wavelength measurements; Durable and accurate optical component; Ideal for wave optics experiments
- Shape: Rectangular; Dimensions: 4 × 3 cm; Prism Angle: 178°; Material: Optical glass
- The Fresnel's Biprism (Rectangular) is a precision optical component used to demonstrate the interference of light and to determine the wavelength of monochromatic light through the measurement of interference fringes.; It is widely used in wave optics experiments and laboratory investigations.
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