Isotope stubs 1970-01-01
Isotope stubs are a part of the Isotope library, which is a popular JavaScript library used for creating fluid and responsive layouts. Isotope provides features for sorting, filtering, and laying out items in a grid or other customizable layouts. In web development, "stubs" refer to placeholder elements or incomplete implementations of functions or modules that are not fully fleshed out yet.
Nuclear chemistry stubs 1970-01-01
In the context of Wikipedia and other collaborative online encyclopedias, a "stub" refers to a very brief article or entry that provides minimal information on a specific topic. A "nuclear chemistry stub" would specifically relate to articles that cover topics within the field of nuclear chemistry but are not fully fleshed out or detailed. Nuclear chemistry is the study of the chemical and physical properties of elements and compounds that are influenced by nuclear reactions and processes.
Nuclear technology stubs 1970-01-01
"Nuclear technology stubs" usually refer to short articles or entries related to nuclear technology that are considered incomplete or lacking in detail, particularly on platforms like Wikipedia. In the context of Wikipedia, a "stub" is a term used to describe an article that is too short to provide substantial coverage of a subject, and it invites contributors to expand upon it by adding more information, references, or context.
Nuclear topic book stubs 1970-01-01
"Nuclear topic book stubs" typically refers to brief or incomplete entries related to nuclear topics that are found on platforms such as Wikipedia. A "stub" is a term used in Wikipedia and other wikis to describe an article that is in its early stages and requires additional content for it to be fully informative or comprehensive.
ARMF-I 1970-01-01
Absorption hardening 1970-01-01
Activation product 1970-01-01
Argonne Fast Source Reactor 1970-01-01
Association of Los Alamos Scientists 1970-01-01
Atomic Data and Nuclear Data Tables 1970-01-01
Atomic Homefront 1970-01-01
Atomic spacing 1970-01-01
Bethe–Feynman formula 1970-01-01
Boron aluminum titanium hydride 1970-01-01
Branching fraction 1970-01-01
Charged-particle equilibrium 1970-01-01
Chernobylite 1970-01-01
Closure temperature 1970-01-01
Continuous slowing down approximation range 1970-01-01