Questions raising

Questions raised relating to the assessment of a marketing application e.g. Pre-authorisation Inspections 

Questions raised during, and largely answered by, various sessions of the symposia include  

The questions raised in the foregoing paragraphs will be examined briefly, and in principle only, as the detailed account of many of the researches which apply to one plant only, would be outside the scope of this work. 

SOME QUESTIONS RAISED DURING THE STUDY OF A BURNING CANDLE 

Some typical questions raised in pipeline network design and analysis are 

The essential questions raised by the assumption of athermal or specific effects of microwaves are, then, the change of these characteristic terms (free energy of reaction and of activation) of the reaction studied. Hence, in relation to previous conclusions, five criteria or arguments (in a mathematical sense) relating to the occurrence of microwave athermal effects have been formulated by the author [25], More details can be found in comprehensive papers which analyze and quantify the likelihood of nonthermal effects of microwaves. This paper provides guidelines which clearly define the character of nonthermal effects. 

There have been questions raised as to the suitability of using nucleation to explain, for example, the morphology or concentration behaviour. However, Toda 

One of the early questions raised on TUD-1 dealt with its pore structure did it have intersecting or nonintersecting pores At the University of Utrecht, one conclusive characterization was carried out with a silica TUD-1 with Pt inserted, which was analyzed by 3-D TEM (transmission electron microscopy) (9). The Pt anchors (not shown) were used as a focal point for maintaining the xyz orientation. As shown in Figure 41.2, the TUD-1 is clearly amorphous. While not quantitatively measured for this sample, the pores appear rather uniform, consistent with all porosimetry measurements on TUD-1 showing narrow pore size distributions. 

There have been some questions raised concerning possible carcinogenic hazards of residual monomer. 

We would like to discuss the questions raised above in more detail. Obviously, in numerical solution of mathematical problems it is unrealistic to reproduce a difference solution for all the values of the argument varying in a certain domain of a prescribed Euclidean space. The traditional way of covering this is to select some finite set of points in this domain and look for an approximate solution only at those points. Any such set of points is called a grid and the isolated points are termed the grid nodes. 

In this section we turn our attention to two other questions raised in Sec. 5.2, namely, how do the molecules distribute themselves among the different possible species and how does this distribution vary with the extent of reaction Since a range of species is present at each stage of the polymerization, it is apparent that a statistical answer is required for these questions. This time, our answer begins, On the average. . . .  

These XPS results cause great uncertainty as to the chemical state of emersed Pb(UPD) films on Ag and validate questions raised about partial desorption of UPD films after potential control is lost (3,9). Nevertheless, XPS chemical shifts of the Pb(4f) peaks show a dependence on the emersion potential i.e. the Pb coverage before emersion. Some emersed films also displayed at least two different chemical states of the UPD Pb (Figures 4b an 5b). 

These objectives are addressed by the usual subchronic study. Some subchronic studies, however, are unusual in being conceived, designed, and executed to address specific questions raised (or left unanswered) by previous preclinical or early clinical studies. Such a special purpose is addressed separately. 

Is a catalyst necessary or desirable If a catalyst is employed, what are the ramifications with respect to product distribution, operating conditions, most desirable type of reactor, process economics, and other pertinent questions raised below  

Transmission electron microscopic observaiion reveals various morphologies of precipitates depending upon the constituents and composition of an alloy system, history of heat treatments etc. Typical examples are spherical precipitates found in Nl-Cr-Al system and cuboidal precipitates in Fe-Mo system [1]. The first question raised is what determines the shape of a precipitate. 

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