丝毛交织复合系列产品的开发

介绍了真丝羊毛交织复合产品的设计思路、风格特点及开发过程中遇到的问题，并对这些问题的解决提出了自己的观点。同时也指出在目前开发该类产品时仍存在的一些后整理方面的问题。     

电子式小样机的工作原理及故障排除简析

介绍了一种电子机织小样机YS200的构成,重点解析了其工作原理及主电路板的组成。在此基础上,结合实际使用情况分析了其常见故障及解决方法,对更好地使用和维护该类产品以及改造和开发类似产品有一定指导意义和参考价值。     

远红外纤维及其棉混纺纱的开发

对远红外纤维的作用原理和保健功能原理进行论进,介绍了远红外纤维的生产方法,并通过对远红外涤纶与棉混纺产品的开发,提出了该类产品的使用价值。     

毛/涤/PTT弹力机织面料的开发

以毛/涤/PTT弹力凡立丁机织产品的开发为例,在染色、纺纱、织造以及后整理工艺参数的优化选择、起毛起球和弹性回复性能等物理指标的控制方面,根据生产中存在的问题,及设计要求和服用性能要求,从纤维特性的分析入手,围绕该类产品的设计要求、工厂的生产实际情况,系统介绍了该类产品的设计开发过程、生产过程中原材料选择、工艺设计思路、生产控制要求以及如何满足成品物理指标采取的技术控制措施等.     

三层共挤流延膜机

常州市达力塑料机械有限公司推出的三层共挤流延膜机,该生产线主要以低密度聚乙烯（LDPE）、线型低密度聚乙烯（LLDPE）、高密度聚乙烯（HDPE）、醋酸乙烯共聚物（EVA）、茂金属、聚丙烯（PP）等为主要材料,生产三层共挤流延膜,其坏膜适合于各种包装用膜及妇女卫生巾中的打孔膜,是共挤吹塑膜的替代产品。     

真丝圈绒系列产品的开发

通过生产实践、技术攻关,开发出了系列真丝幽绒产品,该类产品具有较好的保暖性、丝绒感,是用作保暖内衣、围巾等冬季保暖服饰的优质面料。文章通过织造实例对真丝圈绒产品的加工工艺作了介绍。     

锂离子电池软包装铝塑复合膜的研究进展

介绍锂离子电池用软包装铝塑复合膜,说明现有产品的结构、技术质量现状,描绘该类包装材料的发展前景,特别是研究开发的动向。     

中药保健再生纤维素纤维的开发及应用

为开发中药保健纤维素纤维,结合中药提取物技术,研究中药保健再生纤维素纤维的制备技术,介绍其工艺流程和生产工艺特点。重点对该类纤维的形态结构、物理机械性能、抗菌性能及纤维性能特点进行分析,同时,对中药保健再生纤维素纤维的开发应用领域进行分析,并提出该类产品制备技术的两大发展趋势,包括微胶囊化技术和吸附材料微粒化技术,为中药保健再生纤维素纤维的开发和生产提供参考。     

非麻类韧皮纤维的研究与开发利用

介绍了非麻类韧皮纤维的开发利用现状,以及该类纤维的制取方法、结构性能及应用领域,总结了现阶段该类纤维开发所面临的问题,展望其发展前景.     

羊绒顺毛大衣呢工艺

本文对羊绒顺毛大衣呢产品的设计及纺、织、染整等各道工序条件进行了分析和探讨，对该类产品的开发及生产有一定的参考价值。     

Preparation and characterization of EPDM ultrafine fibers by electrospinning

Ethylene-propylene-diene monomer (EPDM) ultrafine fibers have been prepared by electrospinning method, with an average diameter of micron grade and fibrous structural morphology. The effects of experimental parameters, including the solution concentration, applied voltage, collection distance, and flow rate, were investigated carefully. It shows that the morphology and fiber diameter of electrospun EPDM fibers are greatly influenced by the process parameters. Fourier transform infrared, X-ray diffraction, and differential scanning calorimetry apparatuses were used to analyze the structural and thermal properties of the electrospun fiber mat, with EPDM cast film as a comparison. The results reveal that the electrospun fiber mat has a lower degree of crystallinity than its cast film.     

木材的薄膜热转移印花

介绍用薄膜热转印技术对木质材料表面进行装饰的方法,并对热转印膜的结构、热转印工艺和烫印设备作了详细介绍。     

Nanofibre-based bilayer biopolymer films: enhancement of antioxidant activity and potential for food packaging application

This study aimed to enhance the antioxidant property of biopolymer film without the incorporation of external agents. The active bilayer film with improved antioxidant activity has been developed by electrospinning zein, a prolamine of corn as nanofibre (average diameter of 286 nm) on solvent cast chitosan film. Zein nanofibres exhibited a slight increase in antioxidant activity as compared to solvent cast zein film. But, zein nanofibre coating on chitosan films significantly improved its antioxidant activity from 12.41% to 44.17%. The developed bilayer films were evaluated for its ability to prevent browning in minimally processed apple slices and compared with those of chitosan and zein films plasticised with polyethylene glycol. Higher surface to volume ratio and better affinity of zein nanofibres in the bilayer film helped enhance its anti-browning ability. Thus, zein nanofibre-coated chitosan bilayer films can be used as an effective anti-browning packaging material for the packing of minimally processed fruits.     

A taste of Hopetoun: Food and drink in a Scottish household, 1754–55

The 1988 West German film, Bagdad Cafe (Out of Rosenheim), was based on a screenplay co-authored by director Percy Adlon, producer Eleanor Adlon, and screenwriter Christopher Doherty.1 Given the primary craftspeople involved, when Bagdad Cafe was released in the U.S., it was considered a European film, even though the international co-production was in English, had a predominately American cast, and was set in California s Mojave Desert. For a foreign, independent film in competition with expensive Hollywood productions like Rain Man, the Tom Cruise-Dustin Hoffman show piece that swept the Oscars in 1989, Bagdad Cafe was rather successful. It was nominated for Best Foreign Film at the 1989 Independent Spirit Awards and grossed $3.6M in its initial North American release, a very respectable performance for a foreign film.2 Today, Bagdad Cafe is still a noteworthy specialty film that appeals primarily to an older, more highly educated segment of the moviegoing audience interested in work that offers an unusual aesthetic or dramatic experience (Rosen 1987: 6).     

FOOD AND GENDER IN BAGDAD CAFE

The 1988 West German film, Bagdad Cafe (Out of Rosenheim), was based on a screenplay co-authored by director Percy Adlon, producer Eleanor Adlon, and screenwriter Christopher Doherty.1 Given the primary craftspeople involved, when Bagdad Cafe was released in the U.S., it was considered a European film, even though the international co-production was in English, had a predominately American cast, and was set in California s Mojave Desert. For a foreign, independent film in competition with expensive Hollywood productions like Rain Man, the Tom Cruise-Dustin Hoffman show piece that swept the Oscars in 1989, Bagdad Cafe was rather successful. It was nominated for Best Foreign Film at the 1989 Independent Spirit Awards and grossed $3.6M in its initial North American release, a very respectable performance for a foreign film.2 Today, Bagdad Cafe is still a noteworthy specialty film that appeals primarily to an older, more highly educated segment of the moviegoing audience interested in work that offers an unusual aesthetic or dramatic experience (Rosen 1987: 6).     

Properties of cast films of vicilin-rich protein isolates from Phaseolus legumes: Influence of heat curing

The mechanical, hydrophobic and thermal properties of cast films of vicilin-rich protein isolates from three Phaseolus legumes were investigated and compared to that of soy protein isolate (SPI). The influence of heat curing at 85 °C on the properties of these films was characterized. The films of vicilin-rich protein isolates exhibited much less mechanical strength (TS) and elongation at break (EB) and similar film surface hydrophobicity, as compared with those of the SPI film. The heating remarkably improved the TS of these films, and the extent of the improvement much higher than that of the SPI film, while the EB was only slightly affected. The thermal properties of these protein isolate films were variable, and much distinctly affected by the heating of the films, to a various extent, depending on the type of protein isolates. Protein solubility analyses indicated strengthened hydrogen and hydrophobic bondings of these films by the heating. The results suggest that those vicilin-rich protein isolates have good potential to form cast films with mechanical strength comparable to that of SPI film.     

Functional Properties of Myofibrillar Protein-based Biopackaging as Affected by Film Thickness

Fish myofibrillar protein-based biopackagings were developed from a film-forming solution cast on plates. Film thickness was modulated by variations in “apparent thickness” of the cast solution to evaluate effects on the main functional properties. The thickness variations seemed to have no influence on optical properties (apparent opacity) or on percent solubility in water. Study of mechanical properties revealed that elongation at break and relaxation coefficient were not dependent on film thickness, while force at break was directly proportional to film thickness. This could be interpreted by variations in the number of potential intermolecular interactions in the films. Analysis of water vapor transport showed that the biopackaging did not behave as an ideal material according to Fick's and Henry's laws.     

Development of Color Indicators for Kimchi Packaging

Color indicators for kimchi(fermented vegetable product) packaging were developed to monitor the quality of such commercial products during storage and distribution. Kimchiwas packed in a polypropylene (PP) tray with nylon/cast polypropylene (Ny/CPP) lid. A color indicator film consisting of PP resin, Ca(OH)₂ as a CO₂ absorbent and bromocresol purple or methyl red was attached to the lid. During fermentation at 0,10, and 20°C, kimchi quality was evaluated for pH and titratable acidity (TA), which had been correlated with Hunter color values of the indicators. Regardless of fermentation temperature, the color values correlated well with pH and TA values.     

纤维板磨机磨片材质的研制

马氏体铸态高铬铸铁具有良好的抗磨、耐蚀和强韧性。用于制造磨盘磨片，使用寿命跟进口产品相当，且价格低廉。该材料磨片的制造工艺简单，不需要复杂的热处理，节约时间，降低劳动强度，值得推广使用。     

挤塑复合PVC发泡背衬地毯的研制开发

介绍了利用塑料挤出复合和发泡工艺进行了PVC发泡背衬地毯生产的工艺设计和生产控制，对其产品性能作了分析，认为该工艺生产的产品具有较好的市场前景。