Abstract: Methods and associated structures for integrating molecule database information and chemical synthesis database information to generate a project synthesis plan shared by multiple entities within a chemical development service provider enterprise. The shared information is used by various management, R&D and financial entities within such an enterprise. Shared use of common data improves accuracy of the data used by each such entity and reduces need for error-prone human intervention in generating and manipulating relevant data.

Abstract: A method, system, and program product for designing and verifying an electronic circuit. A circuit logic design is translated into a netlist using a synthesis tool. The synthesis tool receives inputs of placing, routing, and timing information. Timing delays in the logic design are represented in the netlist using the placing and routing information. It is determined whether a timing goal has been reached based on the timing delays. When the timing goal has not been reached, changes are made to the placing, routing, and timing information, and the synthesis tool is re-executed using the changed information until the timing goal is reached.

Abstract: A method, system, and program product for designing an electronic circuit. The electronic circuit has a source component, a sink component and a wire connecting the source and sink components. In one aspect, the wire is divided into wire segments and repeater buffers are added to connect the wire segments. The number of repeater buffers is based on the calculated delay of the global net. In another aspect, the metal routes of the wire are widened to reduce delays on a global net. In these ways, the timing goal of the electronic circuit is met, such that an operation in the electronic circuit will complete within one clock cycle.

Abstract: The present invention relates to novel resolution methods, which are useful in the preparation of enantiomerically enriched intermediates which in their turn are useful in the prepartion of compounds with a pharmacological effect on the insulin resistance syndrome (IRS). It is such a process that the present inventions sets out to define, and more particularly for the preparation of the (S)-enantioner of certain 2-ethoxy-3-(4-hydroxyphenyl)propanoic acids and derivatives thereof.

Abstract: An input cell to the core logic on an electrical component and an output cell from the core logic on an electrical component are provided with a first signal path for data, a second signal path for scan data, a flip flop positioned near the pad of the core logic for selecting between said first signal path for data and second signal path for scan data. The scan data is used to input special signals or vectors to the core logic and to read the results of the scan data after it has passed through the core data and has been manipulated thereby. Several of the electrical components can be electrically connected to one another. The output cell of a first chip is electrically attached to the input cell of a second electrical component.

Abstract: Scavengers for removing acidic or corrosive gaseous components from semiconductor process effluents comprising a metallic macromer comprising a coordinated complex of (i) metal coordination atoms linked to (ii) oxomeric moieties selected from the group consisting of carbonate, sulfite, carboxylate, and silicate, and methods for synthesizing these scavengers. A method for cleaning an exhaust gas containing least one corrosive or acidic gaseous component selected from the group consisting of hydrogen halide, chlorine, boron trihalide, thionyl chloride, and tungsten hexafluoride, which comprises contacting the exhaust gas with the metallic macromer scavenger compositions.

Abstract: A process is disclosed for the catalytic oxydation of olefins to carbonyl compounds with molecular oxygen at elevated temperatures in the presence of rhodium oxide on a support. The process is applicable to a broad variety of olefins and is not limited to special olefins and forms especially ketones in a high selectivity.

Abstract: A process is disclosed for the catalytic oxydation of olefins to carbonyl compounds with molecular oxygen at elevated temperatures in the presence of rhodium oxide on a support. The process is applicable to a broad variety of olefins and is not limited to special olefins and forms especially ketones in a high selectivity.