The phrase "atomic lay" is not correct and does not appear to be usable in written English.
Without context, it is unclear what the intended meaning is, making it difficult to determine when it could be used.
Example: "The concept of atomic lay in this context is confusing and needs clarification."
Alternatives: "fundamental arrangement" or "basic structure".
His own contribution to the chemical atomic theory lay in the clear distinction that he made between elementary atoms and the prima mista, or atoms of chemical compounds.
The superheavy elements provide further evidence that an "island" of relatively stable new atomic nuclei lies just beyond experimenters' grasp.
Today, one of the most accurate of these atomic clocks lies in the National Physical Laboratory (NPL) in Teddington, England – it loses about one second every 138 million years.
Furthermore, it was observed that, generally, the emission lines of nitrogen atomic ions lie between the wavelengths of 140 and 220 nm.
Initially, the intention had been to locate the plutonium plant with the Manhattan Project's other production facilities at the Clinton Engineer Works in Oak Ridge, Tennessee, but concerns had arisen about the dangers of an atomic explosion, and Knoxville lay only 20 mile away.
"The deadly range of radioactive products from the atomic bomb has been clearly demonstrated under controlled conditions... ...... he wrote, "the only defense against atomic bombs still lies outside the scope of science.
An important aspect in the preparation of substrate materials to use in atomic force microscopy lies in the question of interactions introduced by treatments designed to immobilize the sample over the substrate.
Addressing a conference on Israel's national security policy at the Institute for National Security Studies at Tel Aviv University this week, Dan Meridor, a deputy prime minister and minister of intelligence and atomic energy, said that security lay not only in the quantity of planes and tanks.
The reason making the spin polarization of this Fe atom (Fe1) differs from the other two Fe atoms (Fe2 and Fe3) mainly lies in atomic structure.
In these plots, scattered electron momenta for the excitation of a particular atomic state lie on a circle with a certain radius matching the corresponding excess energy.
