Filters
Modern Physics Learning Activities
Avantor offers a complete catalogue of instruments and tools useful for demonstrating key, basic concepts of physics that are applicable to everyday life both in and out of the laboratory. Demonstrate core ideas such as acceleration down a plane, friction, potential and kinetic energy, electrical conductivity, magnetic fields, wavelengths and velocity of sound, and more. Durable educational materials are designed for heavy use with consistent levels of handling, and all models are easy to use.
Applied Filters
Filters
Radioactive Needle Sources
Quick and easy way to show emission with cloud chambers.
Expand 3 item
Radioactive Source, Set of 3
Convenient set of 3 for studying radioactivity.
Expand 1 item
Circular Orbit e/m Apparatus
This kit lets students see the effect of electric and magnetic fields on an electron stream.
Expand 1 item
Radioactive Sources
Precisely manufactured radiation sources for a variety of emissions.
Expand 15 item
Surface Plasmon Resonance Apparatus
Utilize the power of a spectrometer to investigate surface plasma resonance.
Expand 1 item
Geiger Counter
Versatile, easy to use, and compact precision instrument for measuring α-, β-, and γ-radiation.
Expand 1 item
Universal Computer Spectrometer
This analyzer connects to a USB port eliminating the need to install cards inside the computer.
Expand 1 item
Radioactive Source, Set of 8
Convenient set of 8 for studying gamma spectroscopy.
Expand 3 item
Eisco Alpha Particle Scattering Apparatus
For demonstrating Rutherford scattering.
Expand 1 item
United Scientific™ Hall's Carriage
Sturdy, smooth rolling dynamics cart, with universal smartphone adapter.
Expand 3 item
Ultrasonic Grating Apparatus
Unique demonstration of the interaction of longitudinal sound waves and transverse light waves.
Expand 1 item
Electron Deflection Tube Demonstration Series
Highly evacuated electron tube with focusing electron gun and fluorescent screen inclined relative to the beam axis, so that the path of the beam can be seen and the effects of electric and magnetic fields can be studied. The electron beam can be deflected electrically in the electric field of the built-in plate capacitor, and magnetically by using the Helmholtz coil pair (not included). By adjusting the electric field so that it cancels the magnetic deflection, it is possible to determine the specific charge (e/m) and the velocity of the electrons.