表面纖絲化 的英文怎麼說
中文拼音 [biǎomiànxiānsīhuà]
表面纖絲化
英文
external fibrillation-
Abstract : from the angle of the functional requirement for underwear and outwear, this paper analyses the properties of anti - microbial and occlusion fabric produced from copper and polar amino acid of silks complex emetic reaction to distributed by cu s crystal on the surface of silk. it made a study on the producing method of elastic fabric and indicates the common problems in both production and design
文摘:從內衣對真絲的功能性要求及外衣對真絲綢成形能力的要求切入，介紹了利用銅化合物與桑蠶絲中的極性氨基酸發生絡合反應，在纖維表面形成硫化銅晶體得到抗菌導電真絲的原理和效果，還介紹了生產彈性真絲織物的幾種方法和影響織物彈性、服用效果的因素，提出了在生產、設計彈性真絲織物過程中應注意的主要問題。Electrospinning origins from that electrically charged fluid is forced jets in the high voltage electrostatic field. electrospinning occurs when the electrical forces at the surface of a polymer solution or melt overcome the surface tension and cause an electrically charged jet to be ejected. when the jet dries or solidified, an electrically charged fiber remains
電紡絲技術是基於高壓靜電場下導電流體產生高速噴射的原理發展而來，其基本過程是：聚合物溶液或熔體在幾千至幾萬伏的高壓靜電場下克服表面張力而產生帶電噴射流，溶液或熔體射流在噴射過程中乾燥、固化，並保持一定電荷量，最終落在接收裝置上形成纖維氈或其它形狀的纖維結構物。At the same time, by studying the micro - thought surface form, the structure of aggregation state, mechanics characteristics and properties of tcs microporous man - made yarn - kind new polyester fibre, the changing regularity of micro - thought structure during the fibre formation, and the internal linkage between the formation condition and the micro - thought structure and properties ha ve been researched, too. so the results could provide the bases theory and reference for developing the tcs fibre formation technologies
通過測定tcs微孔化人造絲型新合纖微觀表面形態、聚集態結構、力學鬆弛特徵、條干不勻率、新合纖的保水率和染色性能等指標，探討了tcs微孔化人造絲型新合纖成型加工條件對其形態結構和性能的影響以及它們之間的內在聯系和規律性，為探索出一套較為完善和成熟的tcs成型加工生產工藝，以及實現工業化開發提供理論和科學依據。An additive of namo - grade chemical fibers is made of tourmaline of gem grade in the nature by a special treatment process, which was dispersed evenly into viscose spinning dope by a special process, and the anion viscose fiber was developed
摘要選用自然界中寶石級電氣石經過特殊表面處理工藝，製作成納米級化纖添加劑，再經特殊工藝使其均勻地分散在紡絲粘膠中，經過近似常規紡絲方法得到產生負離子功能的粘膠纖。分享友人