Analyze neutron polarization data to study atomic spin orientation in crystals. Manipulate neutron spins with magnetic fields. Visualize and interpret scattering patterns. Export and share results for scientific research.
by INSTITUT MAX VON LAUE - PAUL LANGEVIN★ 0.00 ratingsEducationFreeData updated 2026-10-15
Learn English with interactive lessons, practice exercises, and quizzes tailored for 3rd- students. Access tests and activities offline. Track progress and review vocabulary and grammar rules. Complete assignments and receive instant feedback.
Scan items using the phone's camera or magnetic sensor to determine authenticity and type. View detailed results including purity and description. Compare findings with known standards for accuracy.
Monitor activity with real-time animations and forecasts. Receive push notifications for geomagnetic storms, radiation storms, and radio blackouts. View 3-day Kp index forecasts and weekly history. Access real-time widgets for Home and Lock Screen.
Calculate coil by detecting magnet rotations using the smartphone's magnetic sensor. Attach a magnet to the rotating part for accurate measurements. Alternatively, measure smartphone rotation without a magnet. Calibrate the magnet before use.
Learn about chemical elements through interactive quizzes on symbols, names, and atomic numbers. Explore applications and extreme facts. Retrieve element details by symbol, name, or number.
The app offers a digital magnetic board with letters, numbers, and shapes. It includes interactive magnets with sound and visual effects, and puzzle elements for creative play and skill development.
Analyzes device motion using accelerometers and gyroscope. Displays time series data and frequency spectra via FFT. Supports external USB accelerometer. Applies Hamming window and removes DC bias. Tracks three-axis movement with 0.02g sensitivity.