Some very interesting work was done on the relaxation of atoms back to the disordered state after pumping, which provided information on the mechanism acting in interatomic collisions and in collisions between atoms and the walls of the container. ❋ Unknown (1972)
A bit of friction due to interatomic or ionic collisions drains the energy from the plasma. ❋ Sean (2007)
Solving the 3D geometry is then an optimization problem where the task is to find the 3D geometry that best reproduces the factual interatomic distances. ❋ Egon Willighagen (2006)
These studies do not give factual data on atomic coordinates, but generally give facts about interatomic distances. ❋ Egon Willighagen (2006)
It was found that these neutrons, like X-rays, were useful for crystal structure determinations because their associated de Broglie wavelengths also fall in the range of typical interatomic distances in solids. ❋ Unknown (2000)
Bragg (father and son) to measure interatomic distances and to analyse the geometrical arrangement of atoms in simple crystals. ❋ Unknown (2000)
The interatomic distances in a crystal match quite well the wavelengths of X-rays. von Laue worked out the theory for diffraction in a 3-dimensional grating and made predictions, which were verified by the experiments of W. Friedrich and P. Knipping. ❋ Unknown (1999)
Now, I'm not positive about this, but I've heard that the Commonwealth armed forces have access to devices which can affect the interatomic bonds of elements. ❋ Foster, Alan Dean, 1946- (1980)
There followed work on quantum-mechanical questions underlying molecular-orbital theory and on the use of interatomic overlap integrals as measures of bond energies. ❋ Unknown (1966)
The structure thus arrived at, however, was in general rather schematic in character; it showed which atoms were bonded to a given atom, but gave no precise values for interatomic distances or interbond angles. ❋ Unknown (1964)
The interatomic distances in the inner ring of factor VIa, which has been called the corrin ring, conform very closely with the distances proposed 12 for a structure containing six resonating double bonds, so closely as to leave almost no doubt of the correct formulation of its chemical structure (cf.Fig. 9). ❋ Unknown (1964)
Very recently, Dunitz and Meyer have refined the nickel corrin structure through several more stages; their latest interatomic distances shown in Fig. 11 are now so close to the earlier proposed theoretical figures that one begins to feel that the small remaining deviations are likely to be real, e.g. in C-N ❋ Unknown (1964)
The change is exactly the opposite of that made by the interatomic, intermolecular force-fields between the particles of transparent substances. ❋ Leinster, Murray (1964)
In conclusion the lecturer stated that his principal object was to direct the attention of chemists, and especially of young chemists, to the question: Is there or is there not any evidence derived from the properties, the decompositions, or the relative stabilities of substances to warrant us in believing that two classes of compounds exist: one class in which there is interatomic connection alone, and another in which the connection is molecular? ❋ Various (N/A)
Two substances brought within the range of chemical affinity unite with more or less violence; the motion of transition of the particles is transformed, wholly or in part, into a vibratory or rotary motion, either of the particles themselves or the interatomic ether; and according to the quality of the motions we are as a rule, besides other effects, made conscious of heat or light, or of both. ❋ Various (N/A)
In his _Aether and Matter_ he writes, page 3: "It assumes that the mass of each sub-atom is proportional to the absolute number of electrons, positive and negative, that it carries, and that the effective interatomic forces are entirely or mainly electric." ❋ William George Hooper (N/A)
The day may not be far distant when, should the chemist learn to control the incredible interatomic energy, the steam engine will seem as complete an anachronism as the treadmill. ❋ James Harvey Robinson (1899)
These were Costaké Theriade, of Rumania, a tall, dark, high-browed thinker, who was engaged in devising ways to extract and recover interatomic energy; and Sir Wilfred Athelstone, whose specialty was bio-chemistry, and who was said to have produced amazing results in artificial parthenogenesis and the production of new species. ❋ Unknown (1890)
