Scientific investigation, importance modeling

Sintering Problems and Their Importance in Catalysis. - Catalyst deactivation is an important, develq>ing subdiscipline of catal c science. It concerns the scientific investigation catalyst deactivation processes and the modeling and/or prediction of deactiva-... 

Q.3.6 List three central points explaining why modeling is important to scientific investigation. 

Polymerization is an important method for obtaining multifunctional polymeric compositive materials and is the subject of interesting scientific investigations, first of all because of a wide range of kinetic characteristics. That is why the main focus of this monograph is on kinetic models of the photoinitiated polymerization of mono- and bifunctional monomers up to the high conversion state, the derivation of these models, their analysis and comparison with the experimental data (Chapters 5-8) obtained over the last 10 years. 

It is well known and accepted that the quality of the methods as well as of the underlying models has great effect on the results of scientific research, This is especially applicable to quantum chemical model calculations. If the method is adequate to the subject of investigation, and the model is well adapted, then a good modelling of macroscopic processes on a microscopic level can be expected. That is why it is of importance to... 

As is the case with any scientific development with important technological consequences, basic research plays a fundamental role whereby appropriate models are designed to explore and predict the physical and chemical behavior of a system. A confined quantum system is a clear example where theory constitutes a cornerstone for explanation and prediction of new properties of spatially limited atoms, molecules, electrons, excitons, etc. Theoretical study of possible confined structures might also suggest and stimulate further experimental investigations. In essence, the design of novel materials with exceptional properties requires proper theoretical modeling. 

The pollution level of the Arctic Basin is formed mainly by river flows. Because of this, block MRF plays a very important role in the SSMAE. Regular monitoring of water flows and pollutant inputs by rivers to the SSMAE is impossible. Consequently, the study and measurement of these flows during scientific expeditions and the modeling of the results are necessary steps in the investigation of Arctic Basin pollution. 

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