The phrase "atomic substance" is correct and usable in written English.
It can be used in scientific contexts to refer to a material that consists of atoms, often in discussions about chemistry or physics.
Example: "In chemistry, an atomic substance is defined as a material composed of individual atoms that can exist independently or in combination with other atoms."
Alternatives: "elemental substance" or "atomic material".
The only substances which do not inhere in anything are the atomic substances (which for the Vaiśeṣikas correspond with the eternal substances).
As Perler and Rudolph have argued, according to al-Ash'ari, God rearranges the atoms that make up this world anew at every instant, and in so doing he continuously creates the accidents that inhere in these atomic substances (Perler and Rudolph 2000, 28 62).
Group (b) comprises, the non-atomic substances, the qualities and the motions.
More importantly, it does not seem to explain what unifies the category of substance, for it does not say that it is true of any substance that it could conceivably be the only substance existing for a period of time indeed, it could not apply to non-atomic substances, for complex ones can exist only if other substances those that constitute their parts—also exist.
Our contemporary understanding of chemical substances is elemental and atomic: All substances are composed of atoms of elements such as hydrogen and oxygen.
In a paramagnetic substance, atomic dipoles are oriented on a microscopic scale.
Unlike a movie such as "Dunkirk," which resounds from start to finish with the intended profundity of its moral substance, "Atomic Blonde" deals with big things simply, clearly, trivially — it dramatizes, with plot twists, the effort by American, British, and French agents to help people living behind the Iron Curtain achieve freedom.
The atomic relative content of carbon and oxygen gradually decreased while that of silver increased, which meant the organic substances with high electrical resistivity were gradually removed.
In general, their arguments for atomic rather than continuous substances used paradoxes involving the infinite.
At high temperatures the atomic dipoles in ferromagnetic substances fluctuate randomly.
