棉短绒

Boxing County locates in the largest cotton output region in Shandong province, where there're rich resources of cotton in surrounding areas, and large amount of cotton linter produced by the company can be recycled as an ideal material of pulp, and the inadequate part is available from local market.

博兴县地处山东最大的产棉区，周边有丰富的棉花资源，渤海公司自己生产大量的棉短绒，可作为浆粕原料，不足部分可以在本地采购，公司现有发电能力49兆瓦的自备电厂，原料和电力充足。

Accor sells Sofitel The wallpaper is from Yibingroup introduced in 2001 Asahi Kasei successful technology development viscose filament yarn of new products, Sofitel Accor in Japan known as the "LAFIT", in Europe and the United States was called for "RAFFIA", based on cotton linter as the raw material.

本公司销售雅非特墙纸是由宜宾丝丽雅集团公司2001年引进日本旭化成技术开发成功的粘胶长丝新产品，雅非特在日本被称为"LAFIT"，在欧美国家被叫为"RAFFIA"，是以棉短绒为原料。

High oil absorption resins of higher n-alkyl acrylates modified cotton linter were synthesizedby supension graft copolymerization. The effects of the ratio of n-alkyl acrylates to linter, the kinds and amounts of crosslinker, the amounts of initiator, as well as reaction temperature and time on oil absorbency were investigated.

以棉短绒为基材，丙烯酸长链酯为单体，双丙烯酸二元醇酯为交联剂，采用悬浮接枝共聚法合成了高吸油性材料，考察了棉纤维与单体的投料比、交联剂种类与用量、引发剂用量、聚合反应温度与时间等因素对该材料吸油性能的影响，得到了不同丙烯酸长链酯与棉纤维接枝聚合制备吸油材料的最佳工艺条件。

Shandong Bohi Oils and Fats Industry Co., Ltd. is mainly engaged in the production and processing of grain, oil, cottonseeds and other major agricultural products. Based on daily processing capacity of 2500 tons of soybean, 1500 tons of cotton seed and 1000 tons of refined cooking oil, we have set up another base in Qingdao Port, one of the biggest ports for transshipment of cereal in the north of China, with processing capacity of 6000 tons/day soybean and 1000 ton/day refined cooking oil. Backed up on abundant resources in the Yellow River Delta area, our cotton linter processing plant is under construction which has an expected annual output of 120,000 tons of pulp and 100,000 tons of viscose fibre.

山东渤海油脂工业有限公司主要从事粮、油、棉籽等大宗农产品的生产加工，在现有80万吨大豆加工、12万吨食用油加工能力的基础上，又在青岛建设了年加工大豆200万吨，年产精炼油18万吨型粮油加工基地；山东雅美纤维有限公司主要经营植物浆粕、粘胶纤维的生产加工，凭借黄河三角洲丰富的棉短绒资源，年产12万吨浆粕、10万吨粘胶纤维。

In this paper are introduced the technical measures and processing arrangement in spinning Indian and African cotton with the focus on the strengthening of impurities and short fiber removing in scutching and carding processes to raise the formed yarn quality.

印度棉、非洲棉与国产棉相比短绒率高，含杂率高。文章介绍了使用印度棉、非洲棉采取的工艺技术措施及工艺配置，着重在清梳工序加强对杂质和短绒的排除，提高了成纱质量。

To study the effect of different types of web cleaner on the card sliver quality,we have done the comparison test between the guide plate web cleaner and the anti-teeth guided flat web cleaner under the condition of the same amount of air volume.

用USTER AFIS单纤维测试系统对上述条件所加工的生条进行了检测，结果显示：反齿导向盖板式棉网清洁器所生产的生条质量总体上要好于导板式棉网清洁器，其原因是反齿导向盖板排除短绒、杂质、棉结等的作用是一种&主动&作用，而导板式棉网清洁器对短绒、杂质、棉结等的排除是一种&被动&作用，梳棉机后罩板处棉网清洁器以采用反齿导向盖板式棉网清洁器为宜。

If using cotton linters, soak for just a few minutes.

如果使用棉短绒，浸泡几分钟。

The super high DP cototn linters pulp using cleaning produce technology, with the raw material cotton linters. After dry cleaning,alcoline,hydrogen peroxide cooking, beating, bleaching and pulping process, the products would be in roll or sheet size.

超高聚合度特种棉浆是利用清洁生产技术，以棉短绒为原料，经过干式除杂、碱---过氧化氢清洁蒸煮工艺制浆，再经过打浆、漂白、通过抄粕机抄造成型的卷状或片状产品。

Additional, influence linters caustic soda - evaporate of anthracene Kun law boils the main factor that remove dust is to use alkali number, boil highest temperature for evaporate next, affect the smallest element to be heat preservation time.

另外，影响棉短绒烧碱-蒽醌法蒸煮除尘的主要因素是用碱量，其次为蒸煮最高温度，影响最小的因素为保温时间。

The formed of neps and short fiber was analyzed,idiographic studied the technics of Rieter blowing-carding system in the controlling of neps and short fiber.

对棉结杂质与短绒率的产生进行了分析，具体对立达清梳联系统控制生条棉结杂质与短绒率的工艺进行了研究。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。