1.
Cross-sectio nal fiber area and maximum fiber width are reliable indexes for muscle function compared with number of muscle fibers.
肌纤维横截面积和最大宽度是反映肌肉功能状态的较为可靠的指标。
2.
The Influence of Staminal Run Training on Myofiber’s Cross Section of Human Body;
耐力跑训练对人体肌纤维横断面积的影响
3.
Polyester fibers have a smooth, uniform surface with no striations and are circular in cross section.
聚酯纤维表面均匀光滑,无条纹,横截面呈圆形。
4.
It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.
圆形横截面纤维在棉网和棉条中，比三叶形横截面纤维能产生较大的粘着作用。
5.
nominal cross-section of rope
钢丝绳公称横截面积
6.
nominal cross-sectional area of the cut
切削层公称横截面积
7.
area of cross section of the main air flow
主送风方向横截面积
8.
CT-measeurment of the cross section area of bilateral paravertebral muscles in adolescent idiopathic scoliosis
特发性脊柱侧凸患者两侧椎旁肌横截面积的CT测量
9.
The Chracteristic of Shaped Fibers and Evaluation of Their Moisture Management Properties;
吸湿排汗类异形纤维横截面特征研究与吸湿排汗性能评估
10.
Fig.9 Myocardium cell of Procambarus clarkii. Showing striation of myofibril.
图9螯虾心肌细胞示肌原纤维的横纹。
11.
The Relationship between the Change in Cross Section Area of Tensor Veli Palatini and Secretory Otitis Media in Patients with Nasopharyngeal Carcinoma after Radiotherapy
鼻咽癌放疗前后腭帆张肌横截面积的改变与分泌性中耳炎的相关性分析
12.
Striated muscle cells became degeneration,swelling and atrophy.
横纹肌纤维变性、肿胀，细胞萎缩。
13.
Based on the experiment, the influences of tool normal rake, chip pulling angle and chip pulling force on the shape and metallurgical structure of the fiber cross section are studied.
通过试验研究了刀具法向前角、拉屑力和拉屑角等对纤维横截面形状和金相组织的影响。
14.
The algorithm is applied to the fiber binary image and its efficiency and availability are proved.
实验结果表明，该方法应用在纤维横截面二值图像处理中有简单、快速、实用的效果。
15.
The cross-sectional areas of the pore openings vary along their length.
孔隙通道的横截面面积沿其长度方向变化。
16.
sampling cross-section [station]
取样横截面[部位]
17.
The fracture surface traverses matrix as well as fibers and interface.
断裂表面横切过基体、纤维和界面。
18.
Insufficient twist, inadequate number of fibers in the yarn cross-section.
捻度不够，在纱截面内纤维根数不足。