Yield had little correlation with fiber characters, especially with fiber strength.
产量与纤维品质间相关性较低，与纤维强度几乎无相关性。
The importance of winding tension control to increase the developed fiber strength is discussed.
讨论了缠绕张力控制对提高纤维发挥强度的重要性。
The mean of fiber strength was low, but there were several varieties possessing high fiber strength.
比强度平均值较低，但也有少数高强力品种；
The fiber quality between varieties was different. Fiber strength could be increased in a lot of ways.
陆地棉品种间纤维品质差异原因各不相同，强度提高可多途径解决。
The PECC, PACC and DPC between fiber strength and lint yield per plant were-0.206,0.481,0.129 respectively.
比强度与单株皮棉产量的单相关系数、偏相关系数和直接通径系数分别为-0.206，0.481，0.129。
The spinning process became complicated and the fiber strength decreased with the addition of fragrant masterbatch.
试验说明，随着芳香母粒含量的增加，出现纺丝困难，纤维的断裂强度下降。
Otherwise, it also has some advantages in the aspects of fiber drawing technique, fiber strength and fiber splicing.
另外，该结构高双折射光子晶体光纤在拉制工艺、光纤强度以及光纤熔接等方面也具有一定的优势。
The results of some experiments show that the optical fiber strength can be increased significantly by proper process.
同时进行了对比实验，实验结果表明，正确的处理方法可显著提高光纤强度。
This paper probes into the effects of process conditions on precursor fiber strength, elongation and chemical residual.
本文探讨了工艺条件对粘胶原丝强度、伸长及化学物残留量的影响。
Different tip pruning times produce certain influence on fiber strength and Mic value , but do not change the fiber length.
不同打顶时间对棉花纤维强度和马克隆值均产生一定的影响，但未改变棉纤维长度的变化。
So far, great progress has been made in cotton quality breeding in our country, but the improvement of fiber strength still lags behind.
迄今为止，我国棉花品质育种虽然取得了很大的进步，但纤维强度的提高仍较缓慢。
The results showed the influence on fiber strength and elongation at break was in draw ratio, spinning speed, DF3 exit temperature order.
对断裂伸长率的影响依次为拉伸倍率、纺速、DF3出口温度。
Effects of physiological age of cotton plant on the physiological mechanism of fiber thickening development and fiber strength were studied.
研究棉株生理年龄对棉纤维加厚发育及纤维比强度形成的影响。
In order to make the calculated burst pressure coincide with actual value, the developed fiber strength value must be determined by the simulation test.
为了使计算的爆破压强与实际结果相符合，纤维发挥强度的选取必须由模拟试验确定。
Effect of the key enzymes activity and the genes expression involved in the fiber development on the fiber strength formation in low temperature condition.
低温下棉纤维发育关键酶活性及其表达对棉纤维比强度形成的影响。
Fiber strength depended on the dry weight per fiber length, content of cellulose, thickness of cell wall, maturity, density of cell wall and other sub-factors.
纤维强度是由单位纤维干重、纤维素含量、胞壁厚度、成熟度及胞壁结构密度等亚性状决定的。
The factors which decrease optical fiber strength during fiber fabrication, and the methods of improving properly the strength of the optical fiber are discussed.
论述了光纤制备过程中影响光纤强度的因素以及改善方法。
The obtained optimal winding parameters simultaneously meet the windability and improve the vessel performance, and thus the fiber strength can be fully utilized.
优化设计的缠绕参数既满足工艺可缠性，又能提高环形气瓶的结构性能。
Results show that with the decrease of trimacinic acid the fiber strength increases, but as the acid content lowers to a certain level, the strength remains a constant value;
结果表明，随三元酸含量减少，纤维强度逐步增加，但三元酸含量减少到一定程度，强度基本保持一定值；
Both fibers feature plastic cladding to protect the fiber during buffer stripping and prevent breakage, while increasing fiber strength and reducing static fatigue in humid environments.
这两种纤维都具有塑料覆盖，在缓冲条剥落期间保护光纤，防止断裂，同时提高纤维强度和减少在潮湿环境中的静态疲劳。
The lint cotton yield was positive with fiber strength and micronaire. The correlation among fiber length, strength and fineness of insect-resistance hybrid cotton were still inconsistent.
产量与纤维比强度和麦克隆值均呈正相关，抗虫杂交棉仍然存在纤维长度、强度与细度不协调的问题。
For meeting the performance demands of pavement cement base material, key trials for abrasion and impact characteristic of steel fiber and polypropylene fiber strength latex mortar were taken.
针对道面对水泥基材料的性能要求，重点对不同体积掺量下钢纤维、聚丙烯纤维增强聚合物水泥砂浆的耐磨性能及抗冲击性能进行了试验。
Two kinds of reference techniques for proof testing of optical fiber strength as well as the test methods are briefly presented. Optical fiber strength after proof testing is theoretically, analyzed.
简略介绍了两种光纤强度筛选的基准筛选试验设备及其方法，并从理论上分析了筛选试验后的光纤强度。
Blades: Light, stiff carbon fiber replaces fiberglass at critical points in the blades, so they lose pounds and gain strength.
风叶特点：风叶的关键部位由轻质、强度高的碳纤维替代传统的玻璃纤维，结果是重量得到减轻而强度却增加了。
He said carbon fiber might be worth exploring in the future because of its added strength.
他说碳纤维由于其增强的强度们在未来可能是值得探索的材料。
Recently, they were packaged with fiber optics for detecting the light signals that register magnetic field strength.
目前，它们被封装进检测光信号的光学器件，以记录磁场的强度。
Energy Return Wheel is made out of carbon fiber and kevlar components that decrease the weight and increae the overall strength.
能源循环车轮由碳纤维-芳纶复合材料制成，从而减轻重量，增强整体强度。
Rock wool products change due to fiber direction, not only can meet the requirements of fire safety, the tensile strength and compressive strength increase.
岩棉制品因纤维方向发生本质的变化，不但能够达到防火的要求，整体的抗拉强度和抗压强度的提高。
The carbon fiber, aluminum and titanium frame gives the 2015 Honda CB750 enough strength to carry heavy riders.
碳纤维、铝钛车架，能够让整车承载重型驾驶人员。
This paper talked about the effects of fiber length, coarseness and strength on the properties of paper, which include tensile strength, tearing strength, burst strength and formation.
讨论了纤维的长度、粗度和纤维的内在强度对纸页的抗张强度、撕裂度和耐破度以及纸页成形性能的影响。
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