Disposition meaning

Disposition means to dispose of or decide what to do with the nonconforming item whether to use it, repair it, scrap it, etc. The options available are discussed later. By providing for the disposition of product you need to determine the action to take and notify... 

Disposition means the order of what has parts, either as to place or... 

Disposition means also a habit, a preparation, a state of readiness or a tendency to act in a specified way. 

An x-ray study of the stmcture of Cp2Hf(CO)2 revealed the expected tetrahedral disposition of ligands with OC—Hf—CO and (centroid Cp)—Hf—(centroid Cp) angles of 89.3° and 141°, respectively, and mean bond lengths for both bond types of 0.216 nm (241). The Zr analogue is isomorphous with bond lengths of 0.2187 nm and a OC—Zr—CO bond angle of 89.2° (242). 

Disposition in this context means the disposal of records once their useful life has ended. The requirement should not be confused with that on the retention of records. Retention times are one thing and disposal procedures quite another. 

This approach can be elaborated to take into account other possible dispositions of the excited state, and it is a valuable means for studying the chemistry of excited state species. Wilkinson has reviewed photochemical kinetics." ... 

For < z = 75-5°, < n = 44-5°. and Kn/Kl = 1-063, < is found to be 590 15, and for KjjIkj = 0-941, < is 6o° 45. It is seen that the bending of two valencies affects the disposition of the other four to only a very small extent. There are at present no published data by which this conclusion can be tested, and since the introduction of substituents in order to obtain such data from, say, measurements of electric dipole moment or electron-diffraction photographs would usually cause complications, as most substituents set up resonance of types other than that considered above, the interpretation of the results might be by no means straightforward. ... 

Pharmacokinetics—The science of quantitatively predicting the fate (disposition) of an exogenous substance in an organism. Utilizing computational techniques, it provides the means of studying the absorption, distribution, metabolism and excretion of chemicals by the body. 

Two wider ranging, more systematic investigations of conformational dependence have since been performed to establish whether the conformational sensitivity noted in the above PECD smdies may generally provide a means for identifying and distinguishing gas-phase structure of suitable chiral species. The B-spline method has been applied to the model system (l/f,2f )-l,2-dibromo-l,2-dichloro-l,2-difluoroethane [60]. Rotation around the C C bond creates three stable conformational possibilities for this molecule to adopt. The results for both core and valence shell ionizations reaffirm an earlier conclusion a and p are almost unaffected by the rotational conformation adopted, whereas the PECD varies significantly. Eor the C Ij ionization to show any sensitivity at aU to the relative disposition of the halogen atoms further reinforces the point made previously in connection with the core level PECD phenomenon. 

Lazaro, E., Rafols, C., Abraham, M. H., Roses, M. Chromatographic estimation of drug disposition properties by means of immobilized artifidal membranes (lAM) and Ci8 columns. J. Med. Chem. 2006, 49, 4861 870. 

The relative solubility of these compounds in water and soil is of significance because it relates to their disposition. The ability of GB and GA to mix with water means that water could wash them off surfaces, that these agents can easily contaminate water sources, and that they will not penetrate skin as readily as the more fat-soluble agents VX and GD. G-agents spread rapidly on surfaces, such as skin VX spreads less rapidly, and the thickened agents very slowly. The moist surfaces in the lungs absorb all the agents very well. 

Although the pressure to screen large numbers of compounds quickly has led to the rapid development of in silico and in vitro assays, the sheer number and complexity of the processes involved in determining the disposition of any particular compound means that in vivo studies are still required to provide assurance that the important processes are modeled with sufficient accuracy [4-6], and indeed, that the potential contribution of processes for which there are no good in vitro models (e.g., biliary secretion) are adequately assessed. 

The disposition of the atoms in the conduction plane itself is identical to that in (3-alumina (Fig. 6.10b). However, the local environment of the conduction planes is different in the two phases because the oxygen ions on both sides of the conduction plane are superimposed in (3-alumina and staggered in (3"-alumina (Fig. 6.KM). This means that Beevers-Ross and anti-Beevers-Ross sites are not present. Instead the sodium sites, which have a tetrahedral geometry, are called Beevers-Ross-type (BR-type). The mid-oxygen (mO) sites, located midway between the BR-type sites, also have a different geometry in the two phases. 

Tanigawara Y, Yamaoka K, Nakagawa T, Uno T. Moment analysis for the separation of mean in vivo disintegration, dissolution, absorption, and disposition time of ampicillin products. J Pharm Sci 1982 71 1129-1133. 

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