1) extemelyfinefibres
极细纤维
2) ultra fine fiber electret felt
超细纤维驻极体毡
3) polar fibers
极纤维
4) fibrilla(e)
细纤维，纤丝
5) fines
[英][fain] [美][faɪn]
细小纤维
1.
The charge demand, beating degree, and water retention value (WRV) of fines that come from original (P200) and fiber fragment (P′200) were studied under various stock conductivities and treating times.
对漂白桉木KP浆的细小纤维及长纤维打浆后产生的细小纤维在电导率作用下的电荷需求量、叩解度和保水值变化情况进行了研究。
2.
Focused on poplar APMP with the beating degree of 65 °SR,the content of fines passing through 200-mesh sieve was determined by screening experiment and the effects of fines on handsheet performance,such as tensile strength,tear strength,tightness and opacity were also studied.
以打浆度为65°SR的杨木APMP浆为研究对象,通过筛分试验测定了通过200目筛网的细小纤维的含量,考察了细小纤维对纸张强度、紧度和不透明度的影响。
3.
Focused on poplar APMP with the beating degree of 65°SR, the content of fines passing through 200-mesh sieve was determined by screening experiment and the effects of fines on handsheet performance, such as tensile strength, tear strength, tightness and opacity, were also studied in this paper.
以打浆度为65°SR的杨木APMP浆为研究对象,通过筛分试验测定通过200目筛网的细小纤维的含量,考察了细小纤维对纸张强度、紧度和不透明度的影响。
6) Fiber Fineness
纤维细度
1.
The method of joint analyses of multiple generations with P1,P2,F1 and F2 of major gene plus polygene mixed inheritance model was used to analyze the genetics of fiber fineness related traits in the study.
利用主基因与多基因混合遗传模型的P1、P2、F1、F2四世代联合分析方法,研究了棉花纤维细度相关性状的遗传,进一步明确了主基因存在的普遍性。
2.
Relatively higher expression existed in high fiber fineness germplasms and the relatively lower expression existed in low fiber fineness germplasms.
结果表明,苎麻FB27基因的表达不具有组织特异性,但在苎麻纤维组织高度发达、纤维组成成分最多的茎部表达量最高,尤其是茎皮;在高纤维细度种质中相对表达量较高,在低纤维细度种质中相对表达量较低;在不同的生长季FB27基因的相对表达量为:头麻>三麻>二麻。
3.
The stable BC2F4:6,BC2F4:7 lines,which were obtained from combination between 34B and Giza70 and backcrossed with 34B as recurrent parent,were used to analyse the correlation of fiber fineness related traits under three environments.
利用陆地棉34B与海岛棉Giza70杂交所得的稳定的高代回交自交系BC2F4:6、BC2F4:7家系,开展了三个环境下纤维细度等品质性状的相关分析。
补充资料：超细纤维驻极体毡
分子式：
CAS号：
性质：又称带电超细纤维毡，由熔喷法超细纤维毡经电晕等处理而具有长期稳定的电荷和高表面电荷密度，以提高过滤效率。基本上各种热塑性聚合物都可用，以平均直径3μm、定积重量40g/m2的聚丙烯超细纤维驻极体毡为例，分极电荷量为7.2×10-10C/cm2，过滤效率99.998％。制法是在熔喷时施加约10kV/cm的电压，聚丙烯毡的表面温度40℃，分极电荷高峰温度各为92℃和152℃时，活化能各为0.35和0.62电子伏特(eV)。用途为高性能滤材、吸附材料、高效口罩、防护衣、被褥、座垫等。
CAS号：
性质：又称带电超细纤维毡，由熔喷法超细纤维毡经电晕等处理而具有长期稳定的电荷和高表面电荷密度，以提高过滤效率。基本上各种热塑性聚合物都可用，以平均直径3μm、定积重量40g/m2的聚丙烯超细纤维驻极体毡为例，分极电荷量为7.2×10-10C/cm2，过滤效率99.998％。制法是在熔喷时施加约10kV/cm的电压，聚丙烯毡的表面温度40℃，分极电荷高峰温度各为92℃和152℃时，活化能各为0.35和0.62电子伏特(eV)。用途为高性能滤材、吸附材料、高效口罩、防护衣、被褥、座垫等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条