浆粕是制造粘胶纤维的重要原料。
通过对粘胶纤维改性可使这一问题得到解决。
This problem can be solved by modification of viscose fiber.
经红外分析阻燃剂和交联剂成功地接枝到了粘胶纤维上。
The flame retardant and crosslinking agent had been successfully grafted to the viscose fiber based on the analysis of the FTIR.
对浆粕与粘胶纤维生产厂的轻度污染水回用进行了探讨。
The reclamation of lightly polluted effluent in pulp and viscose fiber plant is discussed.
结果表明，丝素膜主要是以物理方式附着在粘胶纤维上。
The result indicates that silk fibroin membrane mostly cling to viscose fibre by physics mode.
粘胶纤维形态结构与竹浆纤维相似。但横截面没有孔洞。
Morphological structure of viscose fiber and bamboo fiber is similar to the cross section but no holes.
而且粘胶纤维和氨纶丝在纺织原料中的优良性能无法取代。
Spandex and silk viscose fiber and textile raw materials in the fine performance of irreplaceable.
通过分析比较确定竹粘胶纤维纯纺纱的临界捻系数为374。
By the analysis of the results, the conclusion is drawn that the critical twist factor of the bamboo yarn is 374.
在难燃粘胶纤维里面有气泡，其具有较明显的光滑平整纵向结构；
There are bubbles in the burning-resisting viscose fiber and it has smooth vertical structure .
对纤维的热失重分析表明。竹浆纤维耐热分解性能比粘胶纤维差。
On the TGA showed that fiber, bamboo fiber thermal decomposition worse performance than the viscose fiber.
利用三角形涤纶纤维、阳离子涤纶纤维和粘胶纤维开发了涤粘混纺纱。
Blended triangle polyester fiber, cationic polyester fiber with viscose fiber, yarns are exploited.
应用：主要用于化学工业中的过滤，目前已经广泛用在粘胶纤维透析机。
Application: mainly used in chemical industry in the filter, is now widely used in viscose fiber dialysis machine.
结果表明，两种粘胶纤维和其他种类纤维素物质有着相似的热裂解行为。
Results show that both types of rayon fibers have similar kinetic behaviors, comparable with those of other cellulosic materials.
兰精公司90%的业务在于标准粘胶，以及特殊粘胶纤维例如莫代尔和天丝。
Standard viscose - and its speciality fibres Modal and Tencel - represent about 90% of Lenzing's business.
竹浆可用于制备再生纤维素纤维，而竹浆粕的性质直接影响竹浆粘胶纤维的品质。
Bamboo-pulp is practically used to prepare regenerated cellulose fibers and the properties of bamboo pulp have direct impact on the quality of the viscose fiber produced.
采用本发明使溶解级粘胶纤维木浆粕的质量更优、更稳定，原料选用范围更广。
The process can obtain high quality wood pulp of soluble viscose fiber stably and has wide material source.
随着甲壳素抗菌粘胶纤维应用的深入及应用领域的拓宽，相应的问题也越来越突出。
With the development and application of the antibacterial viscose fiber, more and more problems are found out.
在电脑内存设备护面，深水导管，X射线望远镜和制造粘胶纤维的设备中，也都能找到铱的身影。
Iridium can also be found in crystals in computer memory devices, deep-water pipes, X-ray telescopes and the equipment that makes rayon fibers.
这些纤维用锌或银离子进行补充处理，呈现了研制具有生物活性的粘胶纤维的可能性。
An additional treatment of these fibers with zinc or silver ions presents possibilities to develop viscose fibers with bioactive properties.
为开发竹炭纤维产品，测试了竹炭纤维的物理性能，并与粘胶纤维、竹纤维进行比较。
To develop bamboo char fiber product, physical property of bamboo char fiber was tested, and compared with viscose fiber and bamboo fiber.
并利用造纸厂白泥、粘胶纤维厂废水处理产生的污泥作饲料钙、锌元素添加剂获成功。
The white sludge of paper mill and waste of chemical fibres factory could also be used as ca and Zn additives of domestic animal feed.
杨元通过研究指出可通过着色法和燃烧法或通过比较拉伸性能来区分竹浆纤维和粘胶纤维。
Yang pointed out that through research by shading and burning method or by comparing the tensile properties to distinguish between fiber and viscose fiber bamboo.
例如：普通粘胶纤维的氨去除率只有17.4%，而竹炭粘胶纤维的氨去除率达到54%。
For example: ordinary viscose fibre of ammonia removal rate is only 17.4%, and bamboo charcoal viscose fibre of ammonia removal rate reached 54%.
介绍了丹东化纤工业公司粘胶纤维生产废水的水质特点、处理工艺、主要构筑物及技术参数。
This paper introduces the wastewater quality from viscose fiber production, treatment technology, main structure and technical parameter of Dandong Chemical fiber Industry Company.
本发明公开了一种可以用于湿浆粉碎的设备，该设备可用于粘胶纤维生产原料湿浆粕的粉碎。
The invention discloses a device for crushing pulp. The device can be used for crushing pulp grains of viscose fiber production raw material.
但是没有说明如何鉴别与其结构。性能相近的粘胶纤维。竹原纤维。麻类纤维及其混纺产品。
But did not explain how to identify their structure, properties similar to viscose fiber, bamboo fiber, hemp fiber and blended products.
介绍了用粘胶纤维毡在真空设备中经碳化活化工艺制备活性碳纤维（ACF）毡的研究工作。
The preparation of viscose based activated carbon fiber(ACF) felt through carbonization activation processes in vacuum was studied.
粘胶纤维比起棉花来说，技术更为先进。比如它拥有全部相同的纤维长度以及截然不同的属性。
Viscose has some technical advantages over cotton, such as a uniform fibre length, and boasts different properties.
聚丙烯腈(PAN)纤维、沥青纤维和粘胶纤维(RF)是目前生产碳纤维(CF)的三大原料体系。
Polyacrylonitrile (PAN) fiber, pitch fiber and rayon fiber (RF) are three main kind of crude materials from which we produce carbon fiber (CF) now.
聚丙烯腈(PAN)纤维、沥青纤维和粘胶纤维(RF)是目前生产碳纤维(CF)的三大原料体系。
Polyacrylonitrile (PAN) fiber, pitch fiber and rayon fiber (RF) are three main kind of crude materials from which we produce carbon fiber (CF) now.
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