- 更多网络例句与前下标相关的网络例句 [注：此内容来源于网络，仅供参考]
-
In this investigation, the compression behavior of COx argillite with two different grain size distributions, which were obtained by two different crush procedures, was studied by running 1D compression tests with several loading-unloading cycles.
通过开展一维压缩试验，研究2种不同粉碎工艺下获得的粗／细COx土样的压缩特性，结果表明：压缩曲线受粒度成分的影响非常明显，为获得同等压实度，细粒土所需的压实功能较粗粒土高，除此之外，细粒土的压缩指数也高于粗粒土，表现出较强的压缩性；随着土样压实密度的增加，粗／细土样的压缩曲线逐渐靠拢，粒度成分对压实功能影响逐渐减弱；土样卸荷时回弹指数随干密度的增加而增加，受粒度成分的影响不明显；高压实ρ(下标 d=2.0g/立方公分粗粒土样在7 MPa的轴向应力下饱和时，体积发生明显的塌陷现象，饱和后土样的压缩指数小于饱和前，而回弹指数则较饱和前高。
-
Objective To evaluate the lasting time of background luminance difference of the fixation target between two eyes because of dark adaptation under routine subjective refraction.
目的 探讨在常规主觉验光环境下，暗适应造成的双眼前视标背景亮度差异的持续时间。
-
The parametric variable of above process was re-expressed by using linear interpolation method in the corresponding time period, and then, the recurrence subscript and the model value in the previous control cycle was inputted to gain the crystal model weight of the corresponding length increment in the end.
先确定晶体重量、时间和长度初始值，再以给定初始时间确定晶体生长阶段，在相应时间段用线性内插法重新表示上述过程参变量，然后引入循环下标及前一控制周期模型量，得到相应长度增量的晶体模型重量。
-
Methods The clinical characteristics of 26 cases of cervicothoracic spine and spinal cord trauma were analyzed, which were performed with anterior subtotal vertebraectomy at C7, T1, C(subscript 6~7) or C7~T1 segment, bone graft and Orion anterior cervical locking plate fixation in cervicothoracic spine.
分析26例颈胸段脊柱骨折、脱位患者的临床表现；行颈胸段前路C7、T1、C(下标 6~7)或C7~T1椎体次全切除、植骨及Orion锁定型颈椎前路钢板固定术。
-
ROM of the following construct fixation with Codman plates, Window plates with grafts and 1 mm shortened grafts were measured respectively, and the graft height were determined for each specimens by physical measurement of discectomy site.
将12例小牛颈椎标本随机分成两组，用生物力学测定仪测定正常颈椎C(下标 4/5)节段在前屈、后伸、左右侧屈、左右旋转时的三维运动范围，然后切除C(下标 4/5)椎间盘，制成损伤模型，测定植骨加钢板，植骨块缩短1mm加钢板固定后C(下标 4/5)节段的ROM，植骨块的长度根据测量椎间隙的高度而定。
-
Results: The thickness of intertransverse ligament was about 0.60~1.39mm.
结果：横突间韧带厚度0.60~1.39mm；L(下标 3-5)节段动脉前支及伴行静脉90%以上位于相邻横突间韧带腹侧上1/2处，横突间韧带背侧中1/3处有一恒定节段动脉分支；腰神经前支与矢状面夹角18.90°~39.20°，下位横突的副突处距前方走行腰神经前支距离为5.63~8.05mm，椎弓峡部侧缘至腰神经前支的距离为1.73~3.64mm。
-
Methods 30 patients with trichloroethylene medicamentous dermatitis and 30 normal persons were selected as the observation group and the control group respectively; color Doppler was used to detect the spleen thickness and longitudinal length, spleen vein and artery diameters, the maximum blood velocity and blood flow of spleen vein and artery; RIA was applied to determine the serum levels of HA, LN, PCⅢ, CⅣ and CG; relevant analysis was made on the linear relationship between serum indices of hepatic fibrosis and spleen hemodynamics of the two groups.
选择30例三氯乙烯药疹样皮炎患者作为观察组，30例同时期健康体检者作为对照组，用彩色多普勒超声仪，检测脾脏厚度及长径、脾动静脉直径、脾动静脉血流量和脾静脉最大流速SPV(下标 x。用放射免疫法检测肝纤维化指标透明质酸、层粘连蛋白、Ⅲ型前胶原、Ⅳ型胶原和甘胆酸的水平，并对观察组与对照组的脾血流动力学参数与肝纤维化指标进行相关分析。
-
Results: In non-LAD segments: there were no change of postsystolic strain E(subscript ps during ischemia and infarction compared with baseline, nor after adenosine is administered.
结果：非LAD节段：于缺血及梗死状态下收缩期后收缩的应变E(下标 ps较基础状态差异无显著性意义，应用腺苷后较用药前差异无显著性意义。
-
The sciatic nerve can be regarded as the optimum bridging nerve. The double C7 nerve waved into beam through the prespinal route can be selected as transfer nerve. It is feasible to identify and anastomose the L1-L4 anterior lumbar spinal nerves at the L1 level.
坐骨神经可选择为颈7神经移位重建截瘫下肢功能的桥接神经，双侧C7神经可经椎体前通路编织成束作为动力神经源，在L1阶段椎管内吻合L(下标 1~4)腰神经前根的具有可行性。
-
Nineteen males with SCI, with the age range of 26~45 years, were included into the study. All patients underwent the B type ultrasound and video-urodynamic examinations to determine the hydronephrosis, post-residual urine volume, detrusor pressure at vesica ureter reflux, detrusor leak point pressure and maximum urethral pressure P(subscript ura.max before and after BTX-A injection.
19例合并肾积水男性SCI患者，年龄26~45岁，治疗前1个月用B超及影像尿动力学检查测量患者肾盂分离宽度、残余尿量、输尿管返流压P(下标 det.reflux、逼尿肌漏尿点压、最大尿道压力P(下标 ura.max等指标。
- 更多网络解释与前下标相关的网络解释 [注：此内容来源于网络，仅供参考]
-
data unit：資料單元
当任意一层在将其资料单元 ( data unit )往下一层传送前会先在资料前后添加一个表头 ( header ),该表头记录了该资料单元相对於该层的特性等相关资讯,而下一层收到此一附带标头的资料时,可再添加与自己层相关的表头之后再往下传,