Government influences

The value of this paper derives above all from its correct theory of powder combustion in which chemical transformations occur in both the condensed and gas phases (with the latter exerting a governing influence on the former). But the first phase and the heated layer in it play an important role as a heat accumulator, which is what causes the peculiar phenomena in non-steady combustion. 

Levinstein Ltd was merged, under government influence, with British Dyes Ltd to form the British Dyestuff Corporation Ltd71. 

Bachynsky, J., Government Control of Drug Prices in Canada, paper presented at Government Influence in Pharmaceutical Pricing Lessons from Home and Abroad, an invitational... 

Again, the ability to aggregate information, human, and technological resources on a world-wide basis and concentrate skill without the need for deep vertical, functional chains of communication before ideas can be brought together, far better provides the capability to meet the changing government influences. 

How do governments influence availability through their policies and actions ... 

Hunklinger and Leiderer, 1971) and of organic liquids (Butenin and Kogan, 1972) also demonstrated the governing influence of impurity particles on the breakdown threshold. 

Music was another governing influence on mathematical development with its structuring by proportion. The mason s rules based on practical sizes were supplanted in a similarly manipulable format by divisions based on harmonies. These ways of spatial thinking were relevant to the changes that took place in the mathematical forms used to represent nature. Signs gave way to spaces. Stable and unstable oscillations were detected all around. 

There is a role in regulatoiy law and a role for government action. But these roles should be predominantly concerned not with detailed prescription for innumerable day to day circumstances but with influencing attitudes and creating a framework for better health and safety organisation and action by industry itself ... 

As with the other surface reactions discussed above, the steps m a catalytic reaction (neglecting diffiision) are as follows the adsorption of reactant molecules or atoms to fomi bound surface species, the reaction of these surface species with gas phase species or other surface species and subsequent product desorption. The global reaction rate is governed by the slowest of these elementary steps, called the rate-detemiming or rate-limiting step. In many cases, it has been found that either the adsorption or desorption steps are rate detemiining. It is not surprising, then, that the surface stmcture of the catalyst, which is a variable that can influence adsorption and desorption rates, can sometimes affect the overall conversion and selectivity. 

The limit equation governing limj -,o qc can be motivated by referring to the quantum adiabatic theorem which originates from work of Born and FOCK [4, 20] The classical position g influences the Hamiltonian very slowly compared to the time scale of oscillations of in fact, infinitely slowly in the limit e — 0. Thus, in analogy to the quantum adiabatic theorem, one would expect that the population of the energy levels remain invariant during the evolution ... 

The composition of the products from the isomerization of an unsaturated compound under the influence of a catalytic amount of a base is governed by the relative thermodynamic stabilities of the starting compound and the product. Of particular synthetic interest are isomerizations in which there is an accumulation of an isomer in the isomerization sequence. Isolation of the desired intermediate in a reasonable state of purity is often a matter of careful selection of the base and the solvent. The following reactions are representative examples ... 

At the other end of the commonly encountered range we find the product rjr2 1. As noted above, this limit corresponds to ideal copolymerization and means the two monomers have the same relative tendency to add to both radicals. Thus if rj = 10, monomer 1 is 10 times as likely to add to Mj- than monomer 2. At the same time r2 = 0.1, which also means that monomer 1 is 10 times as likely to add to M2 than monomer 2. In this case the radicals exert the same influence, so the monomers add at random in a proportion governed by the specific values of the r s. 

Thermodynamic principles govern all air conditioning processes (see Heat exchange technology, heat transfer). Of particular importance are specific thermodynamic appHcations both to equipment performance which influences the energy consumption of a system and to the properties of moist air which determine air conditioning capacity. The concentration of moist air defines a system s load. 

Other factors which have a significant influence on process selection iaclude absolute quantity of sulfur present, concentration of various sulfur species, the quantity and concentration of other components ia the stream to be treated, quantity and conditions (temperature and pressure) of the stream to be treated, and, the location-specific environmental regulations governing overall sulfur recovery and allowable sulfur dioxide emissions (3). 

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