Ec maritime zones: The delimitation aspect
Starting from the premise that regional cooperation is best served by settled maritime boundaries, this article looks into the delimitation practice by European Community (EC) states. First the municipal enactments are considered of those member states actually claiming an exclusive economic zone (EEZ). Special emphasis is given to the delimitation provisions. Since not much uniformity can be found in these provisions, the specific boundary agreements that these countries have so far concluded inter se are then analyzed. A geographical distinction is made between the Baltic Sea, the North Sea, the north Atlantic, and the Mediterranean in this respect. The article concludes that not much uniformity can be found in these delimitation agreements either. These boundary questions are therefore believed to continue to burden further EEZ cooperation between EC member states. © 1992 Taylor & Francis Group, LLC.
New”; soviet delimitation agreements with its neighbors in the baltic sea
The Soviet Union, sole Baltic state claiming a 200 mile economic zone, has recently concluded new delimitation agreements with Finland and Poland. In so doing a single maritime boundary is established to delimit territorial waters, exclusive economic zones, fishery zones and continental shelves in the area, which in both cases corresponds with previous agreements on these boundaries. To illustrate the point attention is paid also to the evolution of the different claims made by these Baltic states in recent decades. (Accepted for publication Oct. 1987.). © 1988 Taylor & Francis Group, LLC.
Rotating dialysis cell as in vitro release method for oily parenteral depot solutions.
The purpose of the study was to investigate an in vitro release method based on a rotating dialysis cell for parenteral oil depot formulations using different model conditions and test formulations. The total amount of drug released from the rotating dialysis cell was in accordance with the theoretical values calculated from the partition coefficients. The release rates were shown to depend on the total amount of drug available for the release process and to follow first order kinetics. The rotating dialysis cell has a potential as in vitro release method for characterization of oily depot formulations for parenteral administration.