Usually, the source term of an accidental release of radiation comprises of a mixture of nuclide. We are concerned with estimation of a source term in case of an accidental release from a known location, e.g. Tichý, OndÅ™ej Å mÃdl, Václav Hofman, Radek In other embodiments, computer program products, systems, and other methods are presented for estimating an activity of one or more radio-nuclides.īayesian estimation of a source term of radiation release with approximately known nuclide ratios Shielding and activity estimator for template-based nuclide identification methodsĪccording to one embodiment, a method for estimating an activity of one or more radio-nuclides includes receiving one or more templates, the one or more templates corresponding to one or more radio-nuclides which contribute to a probable solution, receiving one or more weighting factors, each weighting factor representing a contribution of one radio-nuclide to the probable solution, computing an effective areal density for each of the one more radio-nuclides, computing an effective atomic number (Z) for each of the one more radio-nuclides, computing an effective metric for each of the one or more radio-nuclides, and computing an estimated activity for each of the one or more radio-nuclides.
#Atom nuclide new terminal here code
The computer readable code is configured, when executed by the processor, to receive spectral data, to extract a feature set from the spectral data comparable to a plurality of templates in a template library, and to use a branch and bound method to determine a probable template match based on the feature set and templates in the template library. In another embodiment, a device for identifying unknown radio-nuclides includes a processor, a multi-channel analyzer, and a memory operatively coupled to the processor, the memory having computer readable code stored thereon. The only "workaround" i found is installing platformio-ide-terminal with version 2.9.Radio-nuclide mixture identification using medium energy resolution detectorsĪccording to one embodiment, a method for identifying radio-nuclides includes receiving spectral data, extracting a feature set from the spectral data comparable to a plurality of templates in a template library, and using a branch and bound method to determine a probable template match based on the feature set and templates in the template library. I downloaded the latest version of atom (1.48.0 圆4) I'm on GNU/Linux Debian 10 (buster stable) with KDE plasma 5.14 usr/share/atom/resources/app.asar/static/index.html home/USER/.atom/packages/atom-ide-ui/modules/atom-ide-ui/pkg/atom-ide-terminal/lib/main.js home/USER/.atom/packages/atom-ide-ui/modules/atom-ide-ui/pkg/atom-ide-terminal/lib/terminal-view.js
home/USER/.atom/packages/atom-ide-ui/modules/atom-ide-ui/pkg/atom-ide-terminal/lib/AtomServiceContainer.js home/USER/.atom/packages/atom-ide-ui/modules/atom-ide-ui/pkg/atom-ide-terminal/lib/pty-service/PtyService.js home/USER/.atom/packages/atom-ide-ui/node_modules/nuclide-prebuilt-libs/pty/lib/index.js home/USER/.atom/packages/atom-ide-ui/node_modules/nuclide-prebuilt-libs/pty/lib/unixTerminal.js For more info check out the docs: Įrror: Cannot find module '/home/USER/.atom/packages/atom-ide-ui/node_modules/nuclide-prebuilt-libs/pty/build/pty-node-v70-linux-圆4/pty.node' I saw that people posted the issue on GitHub, but it has not been updated since 2018, so I wondered if anyone here had a solution.
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