Future Development Possibilities

It is doubtful that the coolant temperature could be increased much more unless helium were substituted for the CO2 coolant. Future development possibilities for the AGR appear to be in the direction of the high-temperature gas-cooled reactor concept. 

In dealing with future uncertainties. Royal Dutch/SheU pioneered Scenario planning (54,55). Alternative assumptions for future developments can be combined under this approach in various ways to give a number of consistent possible outcomes (56) and provide a basis for both actions and reactions. The approach has rewarded Shell handsomely. 

As none of the above have been able to dominate the industry, it is quite possible that future developments will provide a superior approach for implementing sequence logic. 

Because it is usually very difficult to evaluate beforehand the conditions which may induce an initial blast, a conservative approach is to apply an initial blast strength of 10 to the fuel-air charge blast model. This model, however, offers possibilities for future development. 

Each of these reactions will be discussed in a separate section (II-FV). Section V will deal with allenyl cations, and Section VII will provide a brief summary and a glimpse at possible future developments. 

Investigation of these properties should be one of the significant directions of future development of these compounds, especially worthwhile are the exploration of the possibility of removing the templates from the channels of the hon-eycomb-like material [Tl5(Ti2Cl9)][(Nb6Cli204)3(Ti3CL. )2] and the studies of this and other oxychloride materials as hosts in redox intercalation processes. 

These must be worthwhile objectives and the recent identification by a number of research groups (see Skovronsky and Lee 2000 for description and details) of P-secretase as the membrane-bound aspartyl protease (RACE), S-site APP cleaving enzyme, paves the way for developing possible chemical inhibitors of its activity for experimental and clinical evaluation, although that remains for the future. 

Kieslich K (1986) Production of drugs by microbial biosynthesis and biotransformation. Possibilities, limits and future developments (2nd communication). Arzneimit-telforschung 36(5) 888-892... 

Critical to the success of this procedure was the development of a suitable temporary ligand that is sufficiently inert to conditions of oligonucleotide deprotection (typically aqueous ammonia, 6h at 50° C) and can subsequently be replaced by chloride. The nucleobase derivative 1-cyclohexamethyl-thymine 41 was found to satisfy these criteria and can be converted to the trans-Pt-Cl species by treatment with dilute HC1 (pH 2.3, 40°C, 48 h). This last step restricts the range of possible oligonucleotide sequences to those that are not susceptible to depurination, but clearly establishes a prototype system for future development. 

C. T. Rhodes, Some observations on current and possible future developments in bioequivalency testing, Drug. Dev. Ind. Pharm., 25, 555 (1999). 

C. T. Rhodes, Bioequivalence evaluation, possible future developments, Clin. Res. Drug Reg. Affairs, 11, 181 (1996). 

This chapter illustrates that the potential of scC02 for reaction engineering of homogeneous catalysis offers a great scope for possible scientific and technical innovation. This newly emerging field of catalysis research lies at the interface of molecular sciences and process engineering and its future development will require truly interdisciplinary efforts from experts in both fields. 

When classifying locations, consideration shall be given to the possibility of future development of the area. If such future development appears likely to be sufficient to change the Class Location, this shall be taken into consideration in the design and testing of the proposed pipeline. 

Despite the considerable growth of the Canadian oil sands industry in recent years, there are still several difficulties that could impede the future development of this industry for instance, the heavy reliance on natural gas and water, which are necessary for both the extraction of bitumen from oil sands and its upgrading to synthetic oil, as well as the associated high emissions of C02. For nearly a century, the oil shale in the western United States has been considered a possible substitute source for conventional crude oil. If a technology can be developed to recover oil... 

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