white fiber

White cotton fiber had much higher water content. However, its pH value was lower than green cotton fiber and higher than brown cotton fiber.

白色棉纤维中的水分含量较高，其纤维细胞中的pH值比绿色棉低，但比棕色棉系列棉花高。

Identification of the white fiber with fluorescent spectrometry

荧光光谱法鉴别白色纤维

Identification method of the white fiber in the court scientific research was researched.

探讨法庭科学研究中白色纤维的检测方法.

The larvae feed on the bark inside and phloem after hatched and discharge the mixture composed with white fiber, brown power and feces to the bark.

幼虫孵化后取食松树内皮和韧皮部，在树皮外可见白色纤维状、褐色粉末状、粪便的混合物。

Sewing Thread produced by our selection of high quality white fiber, processed with top quality dyestuffs and our special ingredient lubrication oil.

缝纫线所产生的，我们选择高品质的白色纤维，加工与顶级品质染料和我们的特别成分的润滑油。

Compared to white cotton fiber, the dust and trash con tents of natural colored cotton fiber are higher, but maturity ratio are almost same.

与本白棉相比天然彩色棉微尘和杂质含量明显偏高，但成熟度却没有明显差异；

The productivity of Zong-75 was 60%& 70% of that of the conventional white fiber cotton varieties.

棕&75的生产力水平只相当于普通白棉花的60%～70%。

Comparison of Photosynthesis in Brown, Green, and White Fiber Cotton Lines

棕色、绿色和白色棉品系光合特性的比较

The Study and Usage of Dietary Fiber and Other Functional Components in Chinese White Olive

橄榄膳食纤维等功能性成分的研究与利用

Due to limitations of imaging devices and techniques, and of fiber tractography algorithms, it has been difficult to describe organization of white matter fiber accurately.

由于成像设备及技术本身的限制，以及纤维跟踪算法的局限，准确刻画纤维结构遇到许多困难。

Result showed that activity invertase and sucrose synthase was the highest in brown cotton fiber. These enzymatic activities were similar between green and white cotton fiber.

结果表明，棕色棉纤维细胞中的转化酶和蔗糖合成酶最高，绿色棉和白色棉纤维细胞中转化酶和蔗糖合成酶活性均较低相差不大。

Results White matter fiber tract in all volunteers and patients could be observed clearly.

结果全部志愿者和患者均可清楚地观察白质纤维束形态。

Objective To quantitatively analyze the difference of anisotropy of the different cerebral white matter fiber.

目的定量分析正常成人大脑不同部位白质纤维各向异性所存在的差异。

Five colored fiber cotton lines and 2 normal white fiber lines were used to make 10 cotton hybrids. Their descendent fiber color inheritance was analysed.

用5个不同来源的有色纤维陆地棉材料（3个棕色棉、2个绿色棉）与2个白色棉配制10个杂交组合，分析其后代的纤维颜色遗传情况。

Subsequent studies can follow this algorithm is applied to a variety of fiber bundle tracking algorithm, better white matter fiber tracking results, and thus better used in clinical studies.

后续工作者可以将本算法应用于各种纤维束跟踪算法中，得到更好的脑白质纤维跟踪结果，进而更好地应用于临床研究。

Results The white matter fiber tract could be observed clearly on the FA map.

结果扩散张量FA图可清楚显示脑白质内大部分主要的白质纤维束。

White matter fiber tracking method for the study of aging-quantitative diffusion tensor imaging analysis of ninety healthy adult Chinese

DTI纤维追踪法定量分析90名正常国人脑白质老化

Study of Cerebral White Matter Fiber by Using MR Diffusion Tensor Imaging

大脑白质纤维磁共振弥散张量成像研究

The white light fiber optic interferometer is designed. It includes driving electrocircuit, photoelectricity I-V transformation and voltage amplifier.

详细阐述了白光干涉仪的设计过程，该设计主要包括驱动电路、光电IV转换以及电压放大3个模块。

Material and methods: Diffusion tensor imaging of the cerebral white matter fiber was performed in 21 healthy adult volunteers, who are randomly divided into three groups.

材料和方法：选取21名正常志愿者，随机分为3组：b值组、弥散敏感梯度方向组和层厚/层间距组。

Conclusion: Diffusion tensor tracking is useful for showing the normal adult cerebral corpus callosum, and open a new field for researching cerebral white matter fiber in vivo.

结论：弥散张量纤维束成像可以显示正常人大脑胼胝体，为大脑白质纤维束的研究开辟了一新的广阔领域。

Study of White Matter Fiber Dissection and Neuroimaging of Temporal Regions

颞叶白质纤维解剖学及神经影像学研究

Conclusion: DTI can precisely showed the orientation and distribution of cerebral white matter fiber tracts, opening a new field for researching cerebral white matter fiber in vivo.

结论：DTI可显示脑内白质纤维束的走行及分布，为大脑白质纤维束的研究开辟了新的广阔领域。

The experiments were conducted to study fiber colour inheritance of colorful cotton with 3 brown fiber and 4 green fiber lines and 5 normal white fiber lines.

用3个棕色纤维和4个绿色纤维的彩色棉品种与5个常规白色棉品种配制成11个杂交组合，研究彩色棉的遗传规律。

Comparative Studies on the Growth Characteristics and Yield of Color and White Fiber in Hybrid Cotton

彩色棉与白色棉生育特性及产量的比较研究

One of washing cloth is unstained white fibre, the other is color fiber.

水洗的衣物一是未经染色的白色织物，另一种是可以进行水洗的有颜色织物。

Objective To study the role of Diffusion-Tensor Imaging ( DTI) in the demonstration of healthy human white matter fiber structure.

目的研究磁共振脑扩散张量成像在显示正常人脑白质纤维结构方面的作用。

Optimized White Matter Fiber Reconstruction Using Diffusion Tensor Magnetic Resonance Imaging

磁共振弥散张量成像的脑白质纤维优化重建功能磁共振成像在脑室旁白质软化症中的应用

During fiber development, besides cellulose synthesis, pigment metabolism is an additional process in naturally colored cotton fiber that differed in white cotton fiber.

天然彩色棉纤维发育过程中，除纤维素合成外，色素代谢的增加是区别白色棉纤维发育的重要特征之一。

This paper accomplishes brain region segmentation with warp method and set up diffusion tensor models, and makes use of probabilistic tracking method for reconstruction of white matter fiber bundles.

本文采用覆盖方法实现脑区分割并建立弥散张量模型，利用概率性纤维追踪算法实现脑区间脑白质纤维束重构。