Klinger Scientific Size of Particle Experiment Complete Set Up

he characteristics of light such as interference, diffraction can be understood when light is studied as a wave phenomenon. Interaction of waves with matter results in either transmission, reflection, absorption and diffraction of the wave. When the size of matter is comparable to the wavelength of wave that it interacts with, a phenomenon called diffraction occurs. Diffraction of light due to particles is a function of the size of the particle and the wavelength of the light incident. It is possible to measure the size of a particle by studying the diffraction patterns created by it.

OBJECTIVES

• To measure the width/thickness of the given samples by analyzing the diffraction pattern.

KEY FEATURES

• Easy Adjustable Laser: The multiple degree of freedom on the laser mount helps in effortless movement of the laser source. This helps in aligning the laser source with sample quite easily.
• Laser Range Finder: The addition of a laser range finder allows the user to use any standard wall as a screen, increasing the distance between the screen and the sample. Thus, the diffraction pattern can be seen distinctly and thus increasing the accuracy of the readings.
• Multiple Samples can be Tested and Verified: The modular setup helps in measuring the diameters of different samples and other everyday objects as well.

WHAT YOU NEED

• KSCIOB1 Optical Bench Set 0.8m 1
• KSCIHA003 Laser Source Holder 1
• KSCIHA008 Grating Holder 1
• KSCIHA024 Screen Holder 1
• KSCIAC010 Laser Distance Meter 1

 INSTRUCTIONS FOR USE CLICK HERE