在提取过程中发现碱煮因素对甘蔗皮纤维的性能影响较大。
Was found the alkali boiling performance has greater impact to sugarcane rind fibers during the extraction process.
有研究表明甘蔗皮纤维比蔗渣纤维增强复合材料的性能更好。
Some studies showed that sugarcane rind fiber reinforced composite had better performance than the composites reinforced with bagasse fiber.
因此本文针对甘蔗皮纤维的特点，研究了提取甘蔗皮短纤维和束纤维的工艺。
As a result, based on the characteristics of sugarcane rind fiber, this paper studied on the extraction technology of sugarcane rind short fibers and fiber bundles.
文章首先研究了我国桑树的丰富资源和进行桑皮纤维开发的经济效应分析，得出了乐观的结论。
This article first studied the rich resources of mulberry and the economic effect in mulberry fibre, the conclusion was optimistic.
因此本文在初步探索得到的工艺基础上，进一步研究了碱煮温度、浓度、时间对甘蔗皮纤维的性能的影响。
So this paper has a further study on the effect of the alkali's boiling temperature, concentration and time to the sugarcane rind fiber's properties based on the initial exploration process.
实验证明，NPS - 1和NPS - 2除具有渗透匀染或乳化脱脂作用外，还具有溶出皮纤维间质作用。
Results showed they were not only possessed of the properties of penetration, level-dyeing and emulsifying degreasing, but also the actions of dissolving interfibrillar substance.
于是在许多尚未明白的明白间，试图将想法付诸实体：皮肤影像的映射、皮纤维的拉扯变形与空间中悬置紧张的拉扯线。
I attempt to transform my thoughts into objects: the light cast on the skin, changes in shape due to pulling on the skin fibers, and the line suspended in mid-air that pulls tightly on the skin.
它最与众不同的特色是，其船板和桁条不是用木楔和木梢连结，而完全可能是是用椰壳纤维(一种椰子皮纤维)缝合在一起。
Its most distinctive feature was that instead of being held together with dowels or nails, its planks and beams were literally sewn together, probably with coir, a coconut-husk fiber.
将带有某些耐酸基团的树脂用于预鞣时，这类树脂会占据皮纤维间的部分空隙，从而对随后的鞣制工序中皮对铬的吸收产生影响。
When some kinds of resin with acid resistance radicals are used in pretanning process, the part of space in skin fibre is occupied by these resin, so the exhaustion of chrome is improved.
棱皮龟没有鲸脂，但它们有和爬行类动物相似的结构：厚且含油的皮肤，下面有一层纤维，再下面是脂肪组织。
Leatherbacks do not have blubber, but they do have a reptilian equivalent: thick, oil-saturated skin, with a layer of fibrous, fatty tissue just beneath it.
“大部分的粗纤维都在皮上，但更重要的是，大部分的养分也在皮上，”他说。
"Most of the fiber is in the peel, but more importantly, most of the nutrients are in the peel," he says.
富含纤维的食物包括，豌豆，豆角、小扁豆、可以带皮吃的水果、浆果、高纤维的早餐麦片，坚果，如杏仁。
Some of the best sources of fiber include peas, beans and lentils, fruit eaten with the skin on, berries, high fiber breakfast cereals, and nuts such as almonds.
包在肉豆蔻核籽外的纤维网皮构成商品肉豆蔻皮。
Mace. The fibrous network which envelops the nutmeg seed constitutes the mace of commerce.
用现代先进技术——酶法提取纯化芦笋皮中的高活性膳食纤维。
High activity dietary fiber of asparagus peel was extracted and purified by enzyme method.
以玉米皮为原料提取膳食纤维并与脱脂乳混合，接入乳酸菌发酵。
The dietary fiber extracted from corn husk was mixed with skimmed milk, and fermented by lactobacillus.
文章介绍了常规阻燃纤维改性的方法，主要有共聚法、共混法、皮芯复合纺丝法和接枝共聚法。
The paper introduced the methods to modify conventional fire-retardant fiber such as copolymerization, blends, core spinning and composite skin graft copolymer.
本文着重对皮芯结构的研究来探讨不同工艺条件下，皮层含量的变化对纤维强度和回潮率产生的影响。
This paper, puts stress on the structure in order to study skin content change and, its influence on fibre strength and moisture under different process.
以芦笋皮为原料，采用酶法水解制备高活性膳食纤维。
Asparagus peel as raw materials, adopting enzyme hydrolysis method, extract the high active dietary fibre.
一家食品化工公司最近采用新技术从玉米皮中提取出水溶性食物纤维。
Food Chemical co., Ltd., a recently introduced new technology to extract corn bran from a water-soluble dietary fiber.
目的研究微元生物活性纤维对动脉化静脉皮瓣微循环的影响。
Objective To study the effect of microelement bioactivity fiber on microcirculation of arterialized venous flap.
用途：主要用于粗纤维造粒，如木屑，稻壳，棉杆，棉籽皮，杂草等各种农作物秸秆和工厂的废弃物。
Uses: mainly used for crude fiber granulator, such as sawdust, rice husk, cotton stalks, cottonseed skins, weeds and other crops, straw and plant waste.
对皮芯复合纤维FDY生产工艺进行了研究探索，分析了不同浓度、不同时间的碱处理对所制得的纤维力学性能的影响。
The FDY production technology of sheath core fiber is studied, the effect of alkali treatment with different concentration, different time on the mechanical properties are analysized.
在这学习通过使用一个胶原质支架的酸性的纤维原细胞生长因素的使用完整厚皮缺点的反应被提高的治愈的创伤。
In this study the wound healing response of full-thickness skin defects was enhanced through the use of acidic fibroblast growth factor using a collagen scaffold.
通过一个胶原质支架为完整厚皮缺点的待遇在一个野兔模型酸性的纤维原细胞生长因素的调查交付了。
Investigation of acidic fibroblast growth factor delivered through a collagen scaffold for the treatment of full-thickness skin defects in a rabbit model.
随着纤维的皮芯比的增加和拉伸倍数的提高，纤维的磁感应强度下降。
Magnetization of the fibers reduced with increasing of draw ratio and core-sheath ratio of the fibers.
以大豆深加工副产物大豆皮为原料，经过适当处理制得高品质膳食纤维，并利用其生产大豆纤维面包。
Took soybean skin, the by-product of soybean processing as material to get high quality dietary fiber and used it to produce soybean dietary fiber bread.
研究一种具有皮芯结构的磁性纤维材料。
The multifunction magnetic fiber of skin-core structure material is studied .
主要介绍了以大豆皮和大豆子叶为原料的膳食纤维的功能性质及其在食品中的应用，以及膳食纤维对人体的营养和保健功能。
The functionality of natural cellulose which uses soybean husk and cotyledon from soybean as materials and its use in food and nutrient hygienical function for people were introduced.
纤维呈圆形截面，无皮芯层，结构均匀，具有良好的力学性能和宽的水溶温度范围。
The fiber showed circular section, homogeneous structure without sheath and core, splendid mechanical properties and wide water solution temperature range.
纤维呈圆形截面，无皮芯层，结构均匀，具有良好的力学性能和宽的水溶温度范围。
The fiber showed circular section, homogeneous structure without sheath and core, splendid mechanical properties and wide water solution temperature range.
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