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{{r|Nuclear chemistry}}

{{rpl|Nuclear chemistry}}

{{r|Nuclear chemistry}}

|[[Nuclear chemistry]] to approved level • at [[Talk:Nuclear chemistry ]]

...rium]] (²H) or [[tritium]] (³H), respectively. In [[nuclear chemistry]] reactions, high energy protons, travelling at near the [[speed of light]]

{{r|Nuclear chemistry}}

{{r|Nuclear chemistry}}

{{r|Nuclear chemistry}}

{{r|Nuclear chemistry}}

{{r|Nuclear chemistry}}

{{r|Nuclear chemistry}}

...p://bit.ly/ekiYEP Google Books preview].</ref>&nbsp;<ref name=brownchem11>"Nuclear Chemistry". Chapter 21. In: Brown TL, Eugene Lemay H, Bursten BE, Murphy CJ. (2009) '

{{r|Nuclear chemistry}}

...ntum field theory is of interest in many fields of chemistry, including: [[nuclear chemistry]], [[astrochemistry]], [[sonochemistry]], and [[quantum hydrodynamics]]. F

...studies of incidents involving a wide variety of [[hazards]], including [[Nuclear chemistry|nuclear]], [[Radioactivity|radiological]], [[Chemistry|chemical]], [[Biolog

:::::Seriously, the templates did not really seem to consider isotopes and nuclear chemistry. Would you, as a chemistry editor, care to recommend if there should be se

...cesses forming new isotopes (often radioactive) involve several areas of [[nuclear chemistry]] is an important subsection of this field.

...istry, physical chemistry, chemical thermodynamics, atmospheric chemistry, nuclear chemistry, etc. I am sure that the same situation applies to biology, physics, histor

...equipment and processes. Modern [[transmutation]] is a large component of nuclear chemistry, and the [[table of nuclides]] is an important result and tool for this fie ...[Mass-energy equivalence|related]]; a concept which becomes important in [[nuclear chemistry]]. [[Conservation of energy]] leads to the important concepts of [[Chemical

'''Radiation chemistry''' is a subdivision of [[nuclear chemistry]] which is the study of the chemical effects of radiation on matter; this i