Future Research and Conclusions

NMR signals are highly sensitive, via a number of different mechanisms, to the physical and chemical properties of porous materials. Using the set of NMR-based measurement methods that we have developed, it is possible to non-invasively and non-destructively characterize both the microstructural properties of the materials and relaxation properties of fluids imbibed into these materials. 

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UVR effects on aquatic photosynthesis conclusions and future research... 

The remainder of this article is organized as follows Section 2 describes the hackgroimd for the assessment and definitions, section 3 a brief hterature review on risk management. In section 4 the outline of a Formal Vulnerability Assessment methodology is presented. Section 5 illustrates a practical case and discussion, and finally in section 6 the conclusions and future research. 

This paper introduces the architecture of a fiidy expandable platform to solve the problems above. The paper is organized in the fodowing sections. Section 2 presents the overview of iQT solutions. Section 3 describes the architecture of iQT platform. Section 4 introduces the multi-user capabdity budt on top of iQT platform. The last section dsts conclusions and future research approaches. 

This paper is organized as follows. In Sect. 2, the research problem is defined. The deterministic mathematical model of the research problem, the robust counterpart model, and s-constraint method are presented in Sect. 3. In Sect. 4, a numerical example is solved for demonstrating the application of the proposed model. Finally, the conclusion and future research directions of this study are given in Sect. 5. 

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