Radiacode vs PhyNucleo

Discover the full potential of Radiacode, a device designed for smart, flexible, and efficient operations, which transforms into an even more powerful tool when paired with Radiacode application, thereby enhancing device capabilities in radiation monitoring and data analysis. INTERACTIVE DASHBOARD Experience a user-friendly, real-time dashboard that displays comprehensive gamma energy and source analysis metrics, offering seamless navigation across all tools. SEARCHER The feature introduces an advanced ionizing radiation search function, equipped with an optimal averaging algorithm that enhances data processing and significantly improves responsiveness, providing users with precise and efficient real-time monitoring of radiation levels across diverse environments. SIGNALISATION The feature enhances the application with critical safety tools, activating alarms when detected radiation surpasses preset limits and providing users the flexibility to deactivate these alerts, ensuring a comprehensive approach to radiation monitoring and response. GAMMA SPECTROMETRY AND ISOTOPE VISUALIZATION Radiacode uniquely visualizes isotopes by interpreting the radiation spectrum, revealing varied gamma energy levels and enabling precise discrimination between different radiation elements for an engaging analytical experience. Visualize isotopes such as Radium-226 and Cesium-137 with ease, revealing varied gamma energy levels for a thorough understanding of different radiation elements, using technology previously exclusive to expensive laboratory equipment, now available in a portable, cost-effective format.

 SPECTROGRAM The spectrogram feature enhances data visualization and analysis in radiation spectrometry. It allows users to view the distribution of gamma radiation intensity across various energy levels in a visual format, making it easier to analyze and interpret radiation data. This function provides a detailed visual representation of the radiation spectrum, improving the ability to monitor and understand variations in radiation levels over time.
 DOSE MONITOR
 Monitor your radiation exposure throughout the day with a clear and intuitive overview of your accumulated dose. Track how your exposure evolves over time, identify spikes, and compare your data against reference safety levels for better awareness and control.
 The system automatically subtracts background radiation for improved accuracy and synchronizes environmental data via Radiaverse based on your location. Advanced algorithms ensure continuity by estimating exposure even when the device is not actively connected.
 Customize your monitoring experience by adjusting reference levels, selecting time ranges, and switching between total dose and above-background views. A detailed history chart allows you to manage sessions and refine your personal exposure data. FOOD CONTAMINATION Radiacode offers a specialized mode for detecting Cesium-137 in food products and liquid samples, using technology similar to laboratory analysis in a compact, easy-to-use format. Check seafood, berries, mushrooms, dairy, and meat for traces of Cs-137, compare results with safety limits, and ensure greater confidence in everyday food safety. With optional accessories such as a Marinelli beaker, Radiacode makes advanced contamination checks simple and accessible. RADIOLOGICAL MAPPING Explore the captivating feature of recording radiation measurements directly on Google Maps, where tracks are vividly plotted with color-coded points, each representing the exposure rate at specific locations. 

EVENTS The Events section allows alarms to function and register as events when set radiation levels are exceeded. It records the duration of the event and displays the limit level values for the period of the event. This section also includes the display of various system events for comprehensive monitoring. Radiacode is an excellent tool for scientific experimentation, research and safety.

Description: Nucleo is an application designed for nuclear physicists, engineers and students who demand precision and clarity in understanding complex nuclear phenomena. The app integrates advanced computational tools and interactive visualizations to explore critical topics such as Segre Diagrams & Energy Binding, Decay Chains, Lambda Attenuation, and Stopping Power for Electrons and Heavy Charged Particles. Key Features: Offline Operation: Enjoy full functionality without an internet connection. Nucleo is completely offline, ensuring your analysis and computations are always available, even in remote or secure environments. Segre Diagram & Energy Binding Visualization: Interactively explore Segre Diagrams that map out energy levels and binding energies. Decay Chain Analysis: Examine and analyze nuclear decay chains with intuitive, node-based diagrams. Lambda Attenuation Calculations: Compute lambda attenuation with precision. The app supports the analysis of radiation absorption and scattering in various materials, essential for both research and applied nuclear science. Stopping Power Computations: Calculate the stopping power for electrons and heavy charged particles using state-of-the-art models. This feature is invaluable for radiation protection, dosimetry, and material analysis. Interactive and User-Friendly Interface: Navigate complex nuclear data with ease. The app’s design emphasizes clarity and interactivity, enabling users to manipulate parameters and instantly visualize the outcomes.