Primitive cell of NaCl

Spectrum of Visual Fault Locator OFW BML205-10

Old device

660 - Separation of isotopes by method of isothermal effusion.

650 - Focusing of paraxial beam of charged particles in magnetic field.

640 - Electromagnetic isotopes separation in a paraxial beam of particles.

630 - Electromagnetic method of isotopes separation.

620 - Motion of charged particles in perpendicular electric and magnetic fields.

610 - Motion of the charged particles in the crossed electric and magnetic fields.

511 - Magnetostriction.

501 - Linearly polarized electromagnetic wave.

551 - Millikan experiment on a single electron charge measurement.

541 - Cathode-ray tube of oscilloscope.

532 - Channeling of electrons and positrons in a crystal.

531 - Motion of the charged particles in the crossed electric and magnetic fields.

522 - Interaction between alfa-particles and positively charged atom.

521 - Scattering of alfa-particles by atoms of metal (Rutherford's experiment).

514 - Motion of domain (Bloch) walls.

513 - Magnetization by rotation of domains

512 - Magnetization by domain walls motion.

271 - Ruby laser.

261 - Distortion of the image in a positive lens.

252 - Fiber optic interferometer Fabry-Perot.

251 - Microresonator fiber-optic sensors.

243 - Fraunhofer diffraction on one slot.

242 - Fraunhofer diffraction on two slits, when the width of every slot is constant.

241 - Fraunhofer diffraction on two slits, when the distance between the slits is constant.

232 - Color vision.

231 - Dispersion of light on a glass prism.

225 - Polarization of light. Malus' law.

223 - Microscopy with the use of the principles of ellipsometry.

224 - Microscopy with the use of the principles of ellipsometry.

222 - Light reflected from a specimen surface changes the state of polarization.

221 - Elliptical and linear polarization of light.

213 - Reflection and refraction of light. Perpendicular polarization. From glass to air.

214 - Reflection and refraction of light. Perpendicular polarization. From air to glass.

211 - Reflection and refraction of light. Parallel polarization. From glass to air.

212 - Reflection and refraction of light. Parallel polarization. From air to glass.

205 - Surface analysis by fiber optic interferometer Fabry-Perot.

204 - FOAFM of resonance type (tapping mode).

203 - Fiber optic atomic force microscope (FOAFM) with feedback.

202 - Atomic force microscope with fiber optic interferometer Fabry-Perot.

201 - Scanning Tunneling Microscope (STM).

172 - Phonons.

171 - Two modes of a spring oscillator.

163 -Shock waves. Supersonic velocity.

162 - An airplane moving with the velocity of the sound generates the shock wave.

161 - A source of acoustic waves (airplane) moves with subsonic velocity.

152 - Sum of the first 20 harmonics of periodical signal.

151 - Sum of the first 40 harmonics of meander.

142- The Doppler effect in acoustics. Receiver is moving, the source is still.

141 - The Doppler effect in acoustics. Source is moving, the receiver is still.

131 - Generation of acoustic waves by loudspeaker.

122 - Single circular wave excited by a point source.

121 - Single wave reflection.

116 - standing wave.

114 - Destructive interference of the circular wave with the wave reflected from the wall.

115 - The diffraction of the circular wave on the narrow slit in the wall.

112 - Interference between two circular waves on the water surface.

113 - Constructive interference of the circular wave with the wave reflected from the wall.