多孔塑料

陶瓷成形用多孔塑料模具的研究进展

Progress of Research on Microcellular Plastic Mold for Shaping of Ceramics

介绍了本课题的选题依据及方法的选择，并详细地介绍了多孔塑料光纤传感探头的基本原理。

Introduce the basis of this research and choice of method .

多孔塑料管材挤出工艺和机头模具

Extrusion Process of Multi-oriffice Plastic Pipes and Its Die Head

多孔塑料（泡沫塑料）硬质泡沫塑料压缩试验方法

Testing method for compressive properties of rigid cellular plastics

论文第二部分着重研究用于汞检测的多孔塑料光纤传感探头。

The second part emphasized on studying the porous optics probe for mercury .

第一节为卤素多孔塑料光纤传感探头的研究。

The first section is studies on halides-ion porous plastic optical fiber probe .

本论文致力于一种新的化学传感探头的探索研究，发展了一种新型的多孔塑料光纤传感探头。

In this thesis , a new porous plastic fiber optical probe was developed .

第三章为多孔塑料光纤传感探头的研制及应用研究。

Chapter 3 is the development and applications of porous plastic optical fiber probes .

着重介绍了荧光产生和猝灭的原理及多孔塑料光纤探头的原理。

It is emphasized on the theory of dynamic fluorescence quenching and the basis principle of porous plastic optical fiber probe .

阐述了目前多孔塑料光纤中存在的主要问题及其解决的可能途径。

The third section outlines some exist of problems in the studies of porous plastic optical fiber probes and comes up with their possible solutions .

在文献调研基础上，作者先从光谱法、传感层和多孔塑料光纤传感探头的优势三个方面总结了光纤化学传感器的发展现状及其本课题的选题依据。

It summarizes the development of optical fiber chemical sensors and the basis of this dissertation from spectral method , probe and porous plastic optical fiber probe 's advantages .

第二章介绍了多孔塑料光纤传感探头的制备原理、制备过程、制备原料，并详细探讨了多孔塑料光纤传感探头制备过程的影响因素。

In chapter two , the principle , material and the course of preparation of porous plastic fiber optical probe were dissertated and the influence factors of the preparation were throughly discussed .