纤维结合力

受纤维结合力影响较大的抗张强度、耐破强度和耐折度都符合这一规律。

The tensile , burst and folding strength , which are mainly affected by fiber bonding all accord with above sequence .

采用自主设计的透明胶带法测量金属与织物纤维的结合力。

The " Scotch tape test " was designed to measure the adhesion strength of the metal coating to the PET fabric .

与空白试样相比，CMC辅助打浆能提高竹浆的打浆度、保水值、纤维间的结合力及成纸强度。

Comparing with the control experiments , the CMC addition can increase the beating degree , WRV , and the bonding between the fibers as well as the paper strength .

酸性橙Ⅱ、活性艳红X&3B和直接枣红GB对改性苎麻的吸附模型为朗格缪（Langmuir）等温定位吸附。染料与改性苎麻纤维之间的结合力增强。

The adsorption model of Acid Orange ⅱ( C. I. Acid Orange 7 ), Reactive Brilliant Red X - 3B ( C. I. Reactive Red 2 ) , and Direct Bordeaux GB ( C. I. Direct Red 13 ) dyeing modified ramie is Langmuir isothermal adsorption .

结果表明，架桥剂与染料的结合力很强，因此，染色牢度取决于架桥剂与纤维之间的结合力，架桥剂与纤维之间存在着氢键和诱导偶极力的作用机制。

The result show that there is stronger bind-energy between the bridge-agent and the dye , so the color fastness depend on the bind-force between the bridge-agent and the wool-fiber ; and there are the hydrogen bond and induced dipole interaction in bridge-agent and wool-fiber .

fbe基因阳性菌株和fbe基因阴性菌株体外与纤维蛋白原的结合力差异有显著性（P<0.01）。

There was significant difference in adhesion to Fg between fbe gene positive and negative strains of S. epidermidis in vitro ( P < 0.01 ) .

扫描电镜分析结果表明，阳离子聚合物乳液与纤维具有较强的结合力，能在织物表面形成更完整均匀的薄膜。

Scanning electronic microscope observation indicates that the cationic emulsion can form more perfect membrane on fabric surfaces than anionic binders .

这种复合材料的失效是受基体的解理断裂控制的，所以基体的韧性及纤维和基体的结合力影响复合材料的断裂特性。

The failure of the composite was controlled by the cleavage fracture of the matrixes . It was concluded that the toughness of matrixes and fibre / matrix bond force influence the fracture behaviour of composites .

发现经HMDS处理能降低二次纤维的角质化程度，增强纤维的结合力和强度，大大提高纸页的强度性能。

The results showed that the HMDS treatment could reduce the Hornification of secondary fibers and enhanced the bonding properties . The strength properties of their papers were improved greatly .

DCS中胶体物质影响纤维间的氢键结合，降低了纤维间的结合力，从而导致纸张抗张强度、耐破度和撕裂度的降低。

The DCS influenced the hydrogen bond among fibers and decreased the bond of fibers , furthermore resulted in the decrease of the tensile and burst strength . Colloidal particles could fill up spaces of paper and then decreased the tear strength .

本研究尝试多种方法对碳纤维表面进行氧化处理以提高镀层与碳纤维之间的结合力。

In the study , several ways were adopted for surface oxidation treatment of carbon fibers to improve binding strength between copper coating and carbon fibers .

增加磨浆程度，浆料强度提高，这是由于纤维细纤维化程度的提高及由此引起的纤维柔软度的增加而最终导致纤维结合力提高。

The pulp strength properties developed with beating degree increasing , it was mainly ascribed to the fiber fibrillation .

载体小分子较快地向纤维内部扩散并以范德华力或氢键的方式与纤维结合，减弱了纤维间的结合力，增大了大空穴产生的几率，提高ZX-1的扩散速度。

We found carrier micromolecule quickly diffused into fibers ' interior and combined with fiber by Van der waals ' force or hydrogen bond , weakened the bond between fibers , increased odds of big cavities to appear and improved diffusion velocity of ZX-1 .

将改性纤维添加到纸浆，运用交联湿强原理即碳碳双键通过自由基聚合在纤维间交联而增加了纤维间的结合力，并阻止纤维的吸水润胀，从而保持纸张湿强度。

The modified fibers were added to the pulp the carbon-carbon double bond by free radical polymerization between the fibers to form crosslinked network structure , and prevent the fibers swell , thus improve the wet strength of paper .