Nuclear Radiation Detector
by Nitramite
Real radiation detector mapper based on user created hardware or pre made kits.
| App Name | Nuclear Radiation Detector |
|---|---|
| Developer | Nitramite |
| Category | Tools |
| Download Size | 4 MB |
| Latest Version | 1.13.0 |
| Average Rating | 3.94 |
| Rating Count | 403 |
| Google Play | Download |
| AppBrain | Download Nuclear Radiation Detector Android app |
THIS APP REQUIRES HARDWARE! Giving one star rating without telling me reason is stupid. I cannot read peoples minds so please rate with explaining whats wrong so I can actually solve problem!
NOTE that his is only meant for radiation detection NOT for EMF (Electromotive force) or which is known also as electromagnetic force. There's no phone with build in Geiger counter in normal markets so you need hardware. EMF however is a chip detecting Electromotive forces which cannot detect radiation. Do not mix these two different subjects.
Nuclear Radiation Detector front end application. To use this application you need your diy Geiger counter or existing Geiger counter with Arduino connectivity supported. I made my own from very inexpensive kit which gives you "detection of 20mR/h ~ 120mR/h of gamma rays and 100 ~ 1800 off variables / points / cm 2 of the soft beta ray." more information on below tutorial link.
Tutorial for setting up your own device is here; http://www.nitramite.com/radiation-detector.html
If you want to find Arduino code right away, it's here: https://github.com/norkator/radiation-detector-arduino
Features
• Show visually with colors CPM and uSv/h readings.
• Radiation Map which is a mapping feature using Google Maps. Now you can start mapping radiation levels on map around areas.
• Application is maintained and dependencies are kept up to date.
Hardware requirements
• Any Arduino capable radiation Geiger counter kit or device.
Hardware code: https://github.com/norkator/radiation-detector-arduino
App permissions
• Internet connection.
• Bluetooth
• Vibrate
• Location permission (needed by Bluetooth cause of Android's "Access to Hardware Identifier" change on Android 6.0 and up)
- No identity related or non sense permissions!
Links
Contact: http://www.nitramite.com/contact.html
Eula: http://www.nitramite.com/eula.html
Privacy: http://www.nitramite.com/privacy-policy.html
Recent changes:
• Android SDK upgrade.
NOTE that his is only meant for radiation detection NOT for EMF (Electromotive force) or which is known also as electromagnetic force. There's no phone with build in Geiger counter in normal markets so you need hardware. EMF however is a chip detecting Electromotive forces which cannot detect radiation. Do not mix these two different subjects.
Nuclear Radiation Detector front end application. To use this application you need your diy Geiger counter or existing Geiger counter with Arduino connectivity supported. I made my own from very inexpensive kit which gives you "detection of 20mR/h ~ 120mR/h of gamma rays and 100 ~ 1800 off variables / points / cm 2 of the soft beta ray." more information on below tutorial link.
Tutorial for setting up your own device is here; http://www.nitramite.com/radiation-detector.html
If you want to find Arduino code right away, it's here: https://github.com/norkator/radiation-detector-arduino
Features
• Show visually with colors CPM and uSv/h readings.
• Radiation Map which is a mapping feature using Google Maps. Now you can start mapping radiation levels on map around areas.
• Application is maintained and dependencies are kept up to date.
Hardware requirements
• Any Arduino capable radiation Geiger counter kit or device.
Hardware code: https://github.com/norkator/radiation-detector-arduino
App permissions
• Internet connection.
• Bluetooth
• Vibrate
• Location permission (needed by Bluetooth cause of Android's "Access to Hardware Identifier" change on Android 6.0 and up)
- No identity related or non sense permissions!
Links
Contact: http://www.nitramite.com/contact.html
Eula: http://www.nitramite.com/eula.html
Privacy: http://www.nitramite.com/privacy-policy.html
Recent changes:
• Android SDK upgrade.
