Interesting/important

Crystal growth has, apart from its basic surface science interest, important applications in technology for instance in microelectronics, optoelectronics, recording... However, even the simplest case of homoepitaxy is not perfectly understood. In particular, growth on FCC (111) transition metal surfaces raises some interesting questions. 

An interesting, important, and common phenomenon in organic chemistry is that of structural isomerism. Consider a molecule having two carbon atoms, four hydrogen atoms, and two chlorine atoms (C2H4CI2). These atoms are capable of binding to each other in two different ways as shown. 

To illustrate the nature of the reporting features that were integrated into the decision support tool, three particularly interesting/important analyses that can be performed using the optimization model will be briefly presented. 

The fact that CPL and FDCD instruments are not commercially available, and, therefore must be constructed in individual research laboratories, has certainly affected the quantity of applications of these chiroptical techniques. Nevertheless, both have been shown to provide interesting, important, and often unique information concerning the structure and dynamics of optically active molecules. As needs develop for more selective and sensitive detection or imaging of chiral molecules or chiral molecular systems, the range of applications of CPL and FDCD will certainly increase, and these spectroscopic techniques should become even more important tools of molecular stereochemistry. 

Elucidation of the electroconductivity mechanism and accurate calculation of the electroconductivity of highly foamed RO systems is of considerable interest. Important relevant information is provided by electroconductivity studies of liquid foams with a high foaming degree, e.g. based on surfactants. 

The results in table 10.1 lead to several interesting important findings. In all but a few cases, whenever F has an effect on a it is activation. Similarly, in most cases where T affects a the effect is inhibitory. For fS, the situation is reversed (i.e., F inhibits fi while T potentiates it), and the trend is again general. The exceptions are networks... 

The apparent simplicity of the process and the low-tech markets, such as simple storage tanks that are commonly molded have caused it to be somewhat overlooked as a technical process. However, current market trends to consolidate part components and shorter product life cycles with lower total volumes have brought an increased level of interest. Importantly, this market interest has attracted the interest and development efforts of major material suppliers—a key factor in the fuftire development of the industry. 

AUcyl, cyano, acetyl and fluoro substituents in the ort/to-position do not change the mechanism of phenyl azide photochemistry influencing only the rate constants of elementary reactions ( kc. fe. ro. nuc)- At the same time, a number of photochemical and thermal cyclizations involving the orf/to-substituents are known for ortfto-substituted phenyl azides. The most interesting, important and well understood reaction of this type... 

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