Papers by Keyword: Disaggregation

Abstract: Some of the important factors that are highly considered in NPF are; production processes, waste reeducation and optimization of raw materials. These concerns can be addressed through advance planning and scheduling and thoughtful programming for production, which reflects the goals, taking into account the different alternatives and the limited resources. On this basis the problem was formulated specifically, the problem specifically, taken into account the particular circumstances of NPF Company, special data was collected to configure a model for the planning and control of production processes. Implementation and analysis of all of that depended on brainstorming with the engineers of NPF, and then the marketing studies for finished productswere analyzed. We concluded after all to the study forecasts the future of the company products; based on the results an aggregate plan is designed. Then a production plans for all levels of planning and control of the proposed production quantities of all products are presented.

Abstract: One of the core issues about multi-resolution modeling needed to solve were the aggregation and disaggregation of models. In this paper, the location, velocity, state and the degree of damage of models were discussed by a new method basic on AHP under the background which armored equipment motion models. In the end, the practical applicability and validity of this method were given in detail.

Abstract: A novel photosensitizer, pentalysine β-carbonyl-phthalocyanine zinc [ZnPc-(Lys)₅] has tendency to form aggregate in aqueous solution. The observed in vivo Photodynamic therapy (PDT) effect of ZnPc-(Lys)₅ suggests a disaggregation mechanism. In this study, the equilibrium binding constant K_a, the numbers of binding sites n and the distance of Forster radii r between ZnPc-(Lys)₅ and human serum albumin (HSA) are measured by Spectroscopy. A molecular model of HSA-ZnPc-(Lys)₅ complex was generated according to these datum. This molecular model provides rationale that the molecular interaction between HSA and ZnPc-(Lys)₅ facilitates the dissociation of ZnPc aggregates.