The era of globalization has created a proverbial ‘rush’ to utilize trade and investment in developing nations. Growing fear over the abuse of developed nations’ bargaining power in these areas led the WTO to adopt remedial measures ensuring the protection of developing nations during disputes. The WTO’s dispute settlement system is unequivocally the most comprehensive form of the resolution of disputes among its Member States. Despite the numerous privileges and safeguards offered to developing Members States, reluctance and a lack of understanding in using the WTO dispute resolution process remain within these nations. This paper explains the options available to these nations, in an attempt to attract to use the dispute resolution process, and offers key insight on future amendments that can facilitate developing Member’s participation in the future. It will further articulate the statutory safeguards and favors provided to developing countries in DSS.

Synthesis of zinc oxide nanorods, sheets and flower like structure were done by the sol-gel method using zinc acetate dihydrate and sodium hydroxide at with 12 hours refluxing time nanorods, in case of as synthesized powder, with diameter of 20-60nm. Annealing at higher temperature (300 and ,) in air ambient changes the morphology to sheet and flower like structure. The standard peak of zinc oxide was observed in IR at . The UV-VIS spectroscopy of zinc oxide shows a characteristic peak at 375nm.

Maghemite and hematite nanospheres were synthesized by using the Sol-gel technique. The structural properties of these nanosphere powders were characterized by X-ray diffraction (XRD), transmission electron microscopy (TEM), field emission scanning electron microscopy (FESEM), and pore size distribution. Hematite phase shows crystalline structures. The mean particle size that resulted from BET and XRD analyses were 4.9 nm and 2 nm. It can be seen from transmission electron microscopy that the size of the particles are very small which is in good agreement with the FESEM and the X-ray diffraction. The BET and pore size method were employed for specific surface area determination.