The surface energies and acid-base character of unsized Zoltek fiber were investigated using dynamic contact angle analysis.The surface'acid-base property were characterized by calculating the work of acid-base interaction according to Fowkes' and Good's theory.

Thermoplastic polyurethane elastomer was thermally bonded to carbon fibre-reinforced polyetheretherketone in the development of a biomedical device.

Isopropanol displacement under nitrogen pressure was used for the determination of pore size distribution in microfiltration polypropylene hollow fibres.

In this paper,the authors presented a novel experimental strategy and its computational scheme to determine line tensions of solid-liquid systems from the shape of axisymmetric liquid-vapor interface profiles around a conic cylinder.

Asymmetric blend polyethersulfone-polyimide(PES-PI)hollow fiber membranes prepared at different air gap and used for gas separation are characterized by atomic force microscopy and by measuring the contact of out side surface.

An alternative technique in order to increase the fiber surface polarity is the mild direct fluorination of carbon fibers.We studied the influence of various fluorination agents at different temperatures and pressures on the chemical surface composition,the bulk structure and the wetting behavior of two high tensile strength(HT)carbon fibers.

This study presents contact angle measurements versus test liquids and directly between carbon fibers and a polyamide melt in combination with zeta-potential measurements to predict the adhesion in carbon fiber reinforced polyamide composites.In addition and to compare the results of the physico-chemical measurements model,composites were prepared to determine the interfacial shear strength as a measure for the adhesion between acidic or basic modified carbon fibers and a polyamide matrix.

A new experimental technique and its computational scheme to determine the contact angles of capillary rise profiles around a cylinder are presented.In the experiment,a carefully coated conic glass cylinder was inserted vertically and slowly into a tested liquid.

A generalized drop length-height method is introduced here for the determination of contact angle in the drop-on-fiber systems.This method overcomes some of the difficulties encountered in the practice by applying the common maximum drop length-height method to determine the contact angle.

环境水质远程/无线监控系统主要由中心主控计算机、手机、现场专用水质监测仪、专用无线数据采控仪（GPRS RTU）、水环境远程监控软件组成（以下主要介绍专用无线数据采控仪器RTU和水产养殖远程监控软件）。

　本标准规定了测定水和污水中生化需氧量(BOD)的微生物传感器快速测定法。 本标准规定的生物化学需氧量是指水和污水中溶解性可生化降解的有机物在微生物作用下所消耗溶解氧的量。 本方法适用于地表水、生活污水和不含对微生物有明显毒害作用的工业废水中BOD的测定。

全自动张力仪是一种用物理方法代替化学方法的简单易行的测试仪器，用其可以迅速准确地测出各种液体的表/界面张力值。不仅是科研、教学之必备仪器，还应用于绝大部分生产行业。测量方法主要有铂金板法、铂金环法、旋转滴法、悬滴法、气泡压力法，以下分别介绍其相应的仪器型号、适用范围和应用方向。 主要应用领域有：三次采油（化学驱）的室内研究及现场监测；表面活性剂、洗涤剂、乳状液和泡沫的研究；燃料油、润滑剂、油漆、油墨及涂料的研究；纸制品、感光材料、农药等方面的研究等。

纸张由木纤维纸浆、填料、颜料和絮凝添加剂制造而成。添加粘土或石灰等填料，使纸张具有不透明性。添加二氧化钛等染料和和颜料，调整纸张的光泽度。进步这些成份的保持力在纸张制造工艺中是最重要的。 　　 　　Zeta电位、流变......造纸 　　 　　产品所有成份的物理属性上的相互作用以及纸张制造工厂的效率题目相当复杂，但是有两项参数可以起到帮助作用－zeta电位和流变。Zeta电位可以确定颗粒间的电荷相互作用。正的或负的高zeta电位值可以防止产生絮凝作用。假如把电位值降至与零值非常接近时，可以使颗粒相互接近并产生絮凝作用。zeta电位的改变可以影响保持力度、强度、纸机沉积、添加剂的要求以及终极的本钱产生。除了工艺本身之外，有效的污水处理主要取决于排放物质的zeta电位。采用JS94H或JS94J微电脉仪，可以快速、方便地丈量Zeta电位。

BOD（Biochemical Oxygen Demand的简写）：生化需氧量或生化耗氧量(五日化学需氧量)，表示水中有机物等需氧污染物质含量的一个综合指示。生化需氧量是指在规定的条件下，微生物分解水中的某些可氧化的物质，特别是分解有机物的生物化学过程消耗的溶解氧。通常情况下是指水样充满完全密闭的溶解氧瓶中，在20℃的暗处培养5d，分别测定培养前后水样中溶解氧的质量浓度，由培养前后溶解氧的质量浓度之差，计算每升样品消耗的溶解氧量，以BOD5形式表示。其单位ppm或毫克/升表示。其值越高说明水中有机污染物质越多，污染也就越严重。