Summary and Future Challenges

This chapter focuses on the application of framework metal-containing zeotype materials as catalysts and is a report of the state of the associated science, presenting a summary of current and future challenges. The chapter is organized as follows First, the general synthesis procedures of framework... 

The objective of this book is therefore to provide a summary of the progress that has been made so far in the held, the current state-of-the-art materials and future materials development, as well as the significant technical challenges that remain to be resolved, such that this book can serve as a valuable resource on the materials-related issues in the development of SOFCs for beginners as well as for experienced researchers and developers of SOFCs. 

Woolfson s review provides a summary of the state of the art in coiled-coil design, and provides a keen insight into both the future potential of design methods and the challenges that they face. 

This paper will discuss, after a short summary of the theoretical principles, the trends and developments of LAPS-based measurement devices, followed by new developments and future possible tasks and challenges. 

In summary, important advances have been made in our understanding of the underlying pathogenetic mechanism in spinal cord ischemia. This condition remains a diagnostic and therapeutic challenge, but improved diagnosis may result in better treatment in the future. 

SUMMARY—CHALLENGES AND FUTURE RESEARCH NEEDS ACKNOWLEDGMENTS... 

I address question two, the how to do inclusive relational-based leadership development, by presenting a process model for inclusive leadership development based on assessment, challenge, and support in the context of a climate of respect, equality, and fairness. I highlight inclusive leadership practices and provide practical examples. Finally, I conclude the chapter with a summary, as well as highlighting current dilemmas and future questions in the arena of inclusive leadership development. 

In summary The biggest challenge to increase the temperature of the produced heat is put on the HTR by the improving gas turbine technology Therefore future designs of HTR fuel on the basis of the TRISO-coated particle and of new HTR cores may realize increased gas outlet temperatures, e g 1 050 C Reasons are good experiences of the operation of the AVR, other experimental results and proposals to increase the retention capability of the HTR fuel Another reason may be that contamination of the turbine may not be an important issue as before... 

A summary of the investigations described in the preceding chapters is given in Sect. 6.1. In Sect. 6.2 we look forward to a few of the next future challenges and new goals of this modern and highly vital branch of natural sciences. 

In summary, the major challenges of rechargeable Mg batteries are (1) the slow Mg " ion diflusion in the cathode host, which results in low accessible capacity and high polarization, and (2) the low solubility (and hence low ionic conductivity), and (3) poor chemical stability/compatibility of the electrolyte, which leads to poor rate capability and inferior cyclabilty. These aspects should be addressed in the future research for the practicable Mg batteries. 

For each threat, we find a summary of the applicable airworthiness requirements and a description of methods used on FEW Aiibns, as well as the challenges and future trends. 

Two soluble nanocatalysts have been investigated in partial hydrogenation. The results obtained by Einke or Dupont s catalysts are unsatisfactory but prove that nanoparticles are a potential catalyst for this reaction, hi summary, partial hydrogenation of benzene and its derivatives is still a challenge but will be the focus of future research. 

In summary of this section, it can be said that experimental manipulations and conductance measurements on single molecules are still a big scientific challenge, and a lot of the progress that has been recently made has been achieved for particular substrate/molecule systems and can not be easily transferred to other surface materials or types of molecules. The STM is certainly the most versatile instrument for manipulations and measurements on the nanoscale but it is not very suitable for an integration into nano-electronic devices. New techniques such as mechanically controlled break-junctions will have to be further developed for this purpose in the future. 

Section 5 contains a summary of the basic mechanisms giving rise to spatio-temporal instabilities in electrochemical systems and discusses perspectives and challenges in future research. 

In summary, the 7c class of cytokines clearly utilizes the site I/II architectural assembly of the GH paradigm as the signaling complex, with some important exceptions such as the role of the sushi-domain in the IL-2 and 1L-15Rq . The precise definition of the chemistry of cross-reactive cytokine recognition in this family remains an important future structural challenge. 

---