29+ similar apps compared and reviewed
NMR Calculator is great, but it's not the only option. Explore 29+ similar apps for iPhone and iPad, each reviewed and rated by real users. Find free alternatives, premium upgrades, and hidden gems.
Explore fundamental concepts of modern NMR spectroscopy through interactive simulations and graphical representations. Learn about spin dynamics and design pulse sequences with customizable systems and real-time visualizations.
Calculate nonlinear optical effects like second-harmonic generation and spontaneous parametric down-conversion. This app provides phasematching orientations, nonlinear coefficients, and tolerance values for various crystals based on Sellmeier equations.
Visualize and understand key organic chemistry concepts, molecules, and reactions through high-quality animations. This app offers a taste of the full version, featuring common undergraduate organic chemistry topics with accompanying text descriptions and electron-pushing diagrams.
This app offers comprehensive mathematical computation and graphing capabilities. It supports trigonometric, exponential, logarithmic, statistical, and complex functions, along with unit conversions. Visualize functions with interactive plots and access a study page with essential formulas.
This app numerically solves the one-dimensional Schrödinger equation for non-relativistic particles in user-defined potential fields. It provides energy levels, wave-functions, and animations of wave-packet evolution. Ideal for physics students and educators to visualize quantum mechanics concepts.
Calculate stable isotope distributions and elemental compositions for mass spectrometry. Determine m/z values for ions or molecular weights from charge states. Useful for researchers and students in chemistry.
Explore fundamental crystal lattice types with interactive 3D models. Visualize unit cells, coordination numbers, and atomic arrangements. Includes a glossary and quizzes to enhance understanding of crystallography.
This app provides tools for analyzing and designing microstrip circuits. It calculates key parameters like input impedance and frequency response, and includes a Smith chart tool. It also features time-domain simulation of circuits with lumped elements and educational examples.
This app simplifies complex calculations for ultrafast and nonlinear laser optics. It handles frequency generation, optical parametric processes, and spectroscopic conversions. It also calculates pulse characteristics and power conversions for laser systems.
