DETERMINATION OF THE REFRACTIVE INDEX OF HOLLOW PRISM USING SPECTROMETER AND MERCURY LIGHT

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DETERMINATION OF THE REFRACTIVE INDEX OF HOLLOW PRISM USING SPECTROMETER AND MERCURY LIGHT Specification

Type
Refractometer Experimental Apparatus

Material
Optical Glass (Hollow Prism), Metal (Spectrometer), High Quality Plastic and Glass (Mercury Light Housing)

Size
Standard Laboratory Size

Input Voltage
220V AC (Mercury Lamp)

Color
Silver (Spectrometer), Transparent (Prism), Grey/Black (Lamp Housing)

Dimension (L*W*H)
Spectrometer: 40 x 25 x 20 cm, Prism: 5 x 5 x 5 cm (approx)

Capacity
Suitable for Single Experimental Setup

Noise Level
Silent Operation

Light Source
Mercury Discharge Lamp

Application
Refractive Index Determination of Various Liquids using Hollow Prism Method

Prism Type
Hollow Equilateral Prism

Base Material
Heavy Metallic Base for Stability

Wavelength Support
253.7 nm, 365 nm, 404.7 nm, 435.8 nm, 546.1 nm, 578 nm (visible and near-UV lines of mercury)

Focusing Arrangement
Coarse and Fine Adjustment Knobs

Prism Filling Volume
Can be filled with up to 20 ml test liquid

Leveling System
Adjustable Leveling Screws

Eyepiece Magnification
10x Achromatic

Package Includes
Spectrometer, Hollow Prism, Mercury Lamp with Power Cord, Operating Manual

Spectrometer Range
0 - 360° with Vernier Reading

Scale Reading Accuracy
±1 Arc Minute

About DETERMINATION OF THE REFRACTIVE INDEX OF HOLLOW PRISM USING SPECTROMETER AND MERCURY LIGHT

Take advantage of this top-tier DETERMINATION OF THE REFRACTIVE INDEX OF HOLLOW PRISM USING SPECTROMETER AND MERCURY LIGHT-a crackerjack experimental apparatus designed for peerless precision in refractive index studies. Featuring a matchless spectrometer with 0-360 range, 1 arc minute accuracy, and a stable heavy metallic base, this kit provides sizzling performance for advanced laboratories. The hollow equilateral optical glass prism, 10x eyepiece, and support for several mercury wavelengths empower users to achieve exceptional, reliable results in liquid refractive index determination. Ideal for distributors, exporters, and academic providers across India.

Outstanding Material Features and Laboratory Uses

This apparatus boasts an optical glass hollow prism and a sturdy metallic spectrometer, crafted for reliable, long-term laboratory use. It is a matchless choice for refractive index determination of various liquids via the hollow prism method. Whether for educational demonstrations or research analysis, its single experimental setup suits standard laboratory settings, ensuring precise readings and streamlined workflows.

Order Processing, Sample Policy, and Market Reach

Order processing for this product is streamlined with quotations provided upon request and swift completion on confirmation. A sample policy allows clients to assess product quality before large-scale orders. Targeting the main domestic market across India, delivery time is prompt, supporting timely laboratory installations. This ensures customers can immediately integrate the system into their research or teaching environments after order completion.

FAQ's of DETERMINATION OF THE REFRACTIVE INDEX OF HOLLOW PRISM USING SPECTROMETER AND MERCURY LIGHT:

Q: How is the refractive index determined using the hollow prism and spectrometer kit?

A: The refractive index is measured by filling the hollow prism with a test liquid, aligning it with the spectrometer and mercury light, and recording deviations at supported mercury wavelengths using precise vernier readings.

Q: What makes this experimental apparatus stand out from standard refractometers?

A: This apparatus excels with its peerless accuracy, versatile wavelength support, heavy metallic base for stability, and high-quality optical glass prism-ensuring matchless, reliable results in a laboratory environment.

Q: When is the optimal time to use the hollow prism spectrometer setup in experiments?

A: It is best used during advanced laboratory lessons or research projects investigating the optical properties of liquids, where precise refractive index measurements are required.

Q: Where can the system be utilized effectively?

A: The kit is suitable for use in university teaching labs, research institutes, and quality testing facilities, offering flexibility and robust performance for various scientific applications.

Q: What does the sample policy include for this refractive index determination kit?

A: The sample policy enables prospective customers to request and evaluate a demonstration unit or sample before committing to a full order, ensuring product quality meets their requirements.

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