Managing human resources in the Middle-East

Managing Human Resources in the Middle East provides the reader with an understanding of the dynamics of HRM in this important region. Systematic analysis highlights the main factors and variables dictating HRM policies and practices within each country. Diverse and unique cultural, institutional and business environment factors which play a significant role in determining HRM systems in the region are also elaborated upon. The text moves from a general overview of HRM in the Middle-East to an exploration of the current status, role and strategic importance of the HR function in a wide-range of country-specific chapters, before highlighting the emerging HRM models and future challenges for research, policy and practice. This text is invaluable reading for academics, students and practitioners alike.

Pd/C catalysts based on synthetic carbons with bi- and tri-modal pore-size distribution:applications in flow chemistry

Two new types of phenolic resin-derived synthetic carbons with bi-modal and tri-modal pore-size distributions were used as supports for Pd catalysts. The catalysts were tested in chemoselective hydrogenation and hydrodehalogenation reactions in a compact multichannel flow reactor. Bi-modal and tri-modal micro-mesoporous structures of the synthetic carbons were characterised by N2 adsorption. HR-TEM, PXRD and XPS analyses were performed for characterising the synthesised catalysts. N2 adsorption revealed that tri-modal synthetic carbon possesses a well-developed hierarchical mesoporous structure (with 6.5 nm and 42 nm pores), contributing to a larger mesopore volume than the bi-modal carbon (1.57 cm3 g-1versus 1.23 cm3 g-1). It was found that the tri-modal carbon promotes a better size distribution of Pd nanoparticles than the bi-modal carbon due to presence of hierarchical mesopore limitting the growth of Pd nanoparticles. For all the model reactions investigated, the Pd catalyst based on tri-modal synthetic carbon (Pd/triC) show high activity as well as high stability and reproducibility. The trend in reactivities of different functional groups over the Pd/triC catalyst follows a general order alkyne ≫ nitro > bromo ≫ aldehyde.