Titlebook: Controlled Release; A Quantitative Treat Liang-tseng Fan,Satish Kumar Singh Book 1989 Springer-Verlag, Berlin Heidelberg 1989 chemical reac

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https://doi.org/10.1007/978-3-662-54907-0ariety of active agents. The principal devices utilizing this phenomenon are of the reservoir and monolithic types. In a reservoir device, the active agent is contained within the rate-controlling membrane, while in a monolithic device, the active agent is homogeneously dissolved or dispersed throughout the polymer matrix.

補(bǔ)充

Manfred Bornewasser,Janina Evers,Nora Warner theory, the mathematical models presented in this monograph could be employed to design these devices. In reality, however, the resultant device cannot be expected to perform optimally over the whole range of possible “environmental” conditions.

寬容

Polymers - Properties and Applicationshttp://image.papertrans.cn/c/image/237477.jpg

Critical

Diffusion-Controlled Release,ariety of active agents. The principal devices utilizing this phenomenon are of the reservoir and monolithic types. In a reservoir device, the active agent is contained within the rate-controlling membrane, while in a monolithic device, the active agent is homogeneously dissolved or dispersed throughout the polymer matrix.

Incommensurate

Epilogue, theory, the mathematical models presented in this monograph could be employed to design these devices. In reality, however, the resultant device cannot be expected to perform optimally over the whole range of possible “environmental” conditions.

OWL

Einleitung - Vom Baby zum Kleinkind,In this chapter, we shall briefly examine some controlled-release systems not widely modeled mathematically. Nevertheless, these systems are interesting since they offer a wide range of performance capabilities, and also constitute interesting modeling problems.

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Special Controlled-Release Systems,In this chapter, we shall briefly examine some controlled-release systems not widely modeled mathematically. Nevertheless, these systems are interesting since they offer a wide range of performance capabilities, and also constitute interesting modeling problems.

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Introduction,tive agents that manipulate the biological environment around and within us. Nevertheless, the use of these active agents is fraught with inefficiencies stemming from an inability to deliver these agents to their targets at the right time and in the right amounts. This results in their loss and in u

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Diffusion-Controlled Release,ariety of active agents. The principal devices utilizing this phenomenon are of the reservoir and monolithic types. In a reservoir device, the active agent is contained within the rate-controlling membrane, while in a monolithic device, the active agent is homogeneously dissolved or dispersed throug