Marginal relevance

In this section some systems are briefly described which make use of furan derivatives as starting materials for chemical transformations which eventually lead to polymeric products. However, with the exception of Section (c), these final products bear little resemblance to the original furan compounds used and are, therefore, only marginally relevant to the context of the present review. 

This paper is based primarily on the understanding of reactions at the oxide-electrolyte interface gained through the study of collodial suspensions of oxides. From the point of view of the geochemist, these suspensions of pure oxides are pristine systems, interesting, but perhaps of only marginal relevance to geochemistry. To the pure chemist, these systems are almost too ill-defined to warrant serious scientific consideration. 

Although it is unwise to pad your references with marginally relevant or overly general works, because a proposal is often read by nonexperts, relevant sources of general information may be cited. 

For minerals and inorganic samples, low temperature is almost useless to improve structure solution and only marginally relevant to improve the refinement, unless dealing with host-guest materials like zeolites. In facts, for harder materials ambient temperature is already quite comparable and sometimes lower than the Debye temperature. Therefore, resolution is seldom a limitation for structure refinement of minerals at ambient temperature. On the contrary, for macromolecules and especially for proteins, the low temperature significantly increases the number of... 

Also, of marginal relevance to this review, the NMR spectra of a number of phosphorus derivatives have been reported 23, 27, 32, 80a, 98, 99, 100a, 101, 113, 133, 148, 160, 169, 188a, 194, 195, 197a, 202b, 208, 225a). 

Other procedures - often multistep - have also been employed to obtain cate-nanes. However, although useful as a comparison, these procedures are of marginal relevance to the present discussion since they are not primarily based on self-assembly principles. ... 

We see certain similarities of disorder or randomness becoming marginally relevant at some dimension dc = 2 for the random medium problem, but dc = l for the RANI problem. A new fixed point emerges above this critical dimension. For the random medium problem, this implies the existence of a new phase and a disorder induced phase transition, but for the random interaction problem it defines a new type of critical behaviour. These results based on the exact RG analysis [36,37] were later on also recovered from a dynamic renormalization group study [38]. 

The RANI model remains less understood compared to the random medium problem. Exact renormalization analysis establish the marginal relevance of the disorder at d = 1, indicating a disorder dominated unbinding transition in d > 1. Several features including a generalization of the Harris criterion for this criticality via relevant disorder and aspects of unzipping have been discussed. 

Within this category, we have included descriptions of techniques that seem to be of marginal relevance to our other sections. In addition, we will describe some equipment of interest. The subject of X-ray spectrometry in aquatic studies will not be discussed here, but readers interested in this subject are referred to Calaprice and Calaprice (1970) and Calaprice et al. (1971). 

Moral reasons stem from a developing public awareness that something needs to be done to raise the quality of life at work. Attention is focusing on the ability of employers and project managers in the industry to handle a wide variety of issues, previously seen only as marginally relevant to the business. Environmental affairs, pollution, design safety, maintainability and other matters are now commonly discussed. There is a growing belief that it is morally unacceptable to put the safety and health of others (inside or outside the construction site) at risk, for profit or any other reason. 

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