节间的

Corm An organ of perennation and vegetative reproduction, consisting of a short erect fleshy swollen underground stem, usually broader than high and covered with membranous scales. It stores food material in the stem and bears buds in the axils of the scalelike leaf remains of the previous years ' growth.

球茎：球形或扁球形短而肥大的地下茎，节和节间明显，节上有退化的鳞片状叶和腋芽，顶端有一个显著的顶芽，茎内储藏着大量的营养物质，有繁殖作用。

Results:Normal segment:DEM 8.89±1.21mm,VDEM2.30±0.76cm/s;Hypokinetic segment:DEM 4.56±0.53mm,VDEM 1.89±0.35cm/s;Akinetic segment:DEM 2.13±0.45mm,VDEM 0.95±0.07cm/s.There was a significant overall difference in DEM and VDEM (P0.0001)among wall motion grades.1/3 VDEM was greater than 2/3 VDEM in normal(P0.0001)and hypokinetic(P0.05)segments,though 1/3 VDEM was slower than 2/3 VDEM in akinetic segments(P0.0001).There was also high correlation between 1/3 DEM and 1/3DEMF in both normal(r＝0.81,P0.0001,y＝0.75x＋0.16)and OMI(r＝0.91,P0.0001,y＝0.74x＋0.10)groups.Conclusion:Analysis of color kinesis image can quantitatively assess regional and global diastolic function.

结果：运动正常节段：DEM8.89±1.21mm，VDEM2.30±0.76cm/s；运动减弱节段：DEM 4.56±0.53mm，VDEM1.89±0.35cm/s；运动消失节段：DEM2.13±0.45mm，VDEM0.95±0.07cm/s；三种不同室壁运动状态间的DEM、VDEM均存在显著性差异PDEM显著快于2/3VDEM(4.56±1.18cm/s vs 1.26±0.34cm/s，PDEM略快于2/3VDEM2.14±0.66cm/s vs 1.76±0.47cm/s，PDEM显著低于2/3 VDEM(1.23±0.52cm/s vs 1.37±0.30cm/s，P结论：彩色室壁运动技术能定量评价左室局部和整体舒张功能。

Culm internodes initially pruinose; branches 3–7 per node; culm sheaths densely purple-brown blotched; pseudopetioles glabrous.

Culm节间最初具粉霜；每节分枝3-7；浓密紫褐色弄脏的竿箨；假梗无毛。 29 Y。 mitis 泡滑竹

Using the spatial point-pattern analysis of Ripley's function, the result indicated that Halostachys caspica population of Ass.halocnemum strobilaceum-H.caspica community on the northwest edge of Junggar Basin shown congregative pattern in 0~50m scale.But Halocnemum strobilaceum population shown congregative pattern in the same scale or the less scale. And there was a positive, no relation and negative relation change series in space between Halostachys caspica and Halocnemum strobilaceum.

采用空间点格局分析方法Ripley，s K函数分析表明，准噶尔盆地西北缘盐穗木-盐节木群落的盐穗木种群在所研究的尺度(0～50m)上呈聚集分布，盐节木种群呈现聚集分布的尺度等于或小于盐穗木种群；盐穗木与盐节木的种间关系在空间上呈正相关、不相关和负相关变化序列。

Culms to 10(–15) m, to 10 cm in diam.; internodes deep green, 35–45(–55) cm, initially thinly white powdery, sparsely deciduously white hairy; wall to 2 cm thick; nodes flat, white tomentose; branching from basal nodes up. Branches many, main mid-culm branch to 2 cm in diam.

秆对10(-15)米，在10厘米直径；节间深绿色，35-45(-55)厘米，最初稀疏白色敷粉，白色有毛的脱落的的稀少；壁到2厘米厚；节平，白色；向上的来自基部的节的分枝。

Rhizome procumbent, slender and long, yellow-brown to whitish, internodes longer, with scattered branched rootlets and nodes

平卧，纤细的根状茎和长，黄褐色对带白色，节间长，具星散分枝细根和节 7

Through simulation of the real process of thomcolumbar burst fracture and use of modem dynamics techniques, the present study was (1) to investigate the kinetic relationship between structural damage and impact energy absorption and dynamics mechanism of thoracolumbar burst fracture by quantitative analysis of various injured segments;(2) to explore the instability mechanism of L1 vertebral burst fracture and its injury threshold by three-dimensional analysis of the injured segment with stereophotogrammetry in combination of transient physical parameters, anatomy and image;(3) to explore the corresponding relationships between impact energy, geometry parameters and biomechanics by geometry and biomechanical analysis of thoracolumbar burst fracture, which may provide an objective standard for evaluation of spinal injury severity and experimental evidence for adoption of biomechanical treatment in clinic;(4) to evaluate the fixation effect of different instruments and the effect of intervertebral bone graft on segment fixation by analysis of the threedimensional stability of different internal fixation instruments and their decompression of the spinal canal, which may provide experimental evidence for therapeutical selection for thoracolumbar burst fracture in future; and finally to investigate the effect of various instrument fixation on dynamical characteristics by comparison and quantitative analysis of frequency and amplitude responses, which may provide certain theories and experimental evidence for application of vibration test to judge the stability of the spine.

本研究从胸腰段脊柱爆裂骨折发生的实际过程出发，以现代动力学检测及计算机多通道高性能数据采集分析系统等高新技术为基础，实时量化分析损伤节段的工程参数，揭示了结构破坏与能量吸收的变化规律，探讨了胸腰段脊柱爆裂骨折的瞬态损伤机制；利用三维立体摄像技术，对不同损伤程度的节段进行三维运动分析，结合瞬态物理参数、影像学和病理解剖，明确了〓椎体爆裂骨折的失稳机制及损伤阈值；通过对胸腰椎爆裂骨折的几何学变化及生物力学分析，明确了撞击能量与几何参数、几何参数与生物力学的相应关系，为评判脊柱损伤程度提供了客观标准，为治疗中采取适宜的生物力学方法提供了实验依据；通过对比分析不同内固定器械的三维稳定性和对椎管的减压作用，评价不同器械的复位固定作用，同时比较椎体间植骨对节段固定作用的影响，为今后临床胸腰段脊柱爆裂骨折的治疗选择提供依据；利用振动测试与分析技术，比较及量化分析了不同致伤状况的频幅响应特征，比较分析了各种器械固定对动力学特性的影响，为今后临床建立基于振动测试与分析技术判断脊柱稳定性的诊断方法，提供了一定的理论和实验依据。

Culms usually ca. 6 m tall, ca. 3 cm in diam.; internodes upward strigose at first, later hairs deciduous; nodes slightly prominent.

秆通常约6米高，直径约3厘米；最初节间向上具糙伏毛，更晚的头发脱落；节稍突出。

The innervation of the cervical facet joint capsule is derived from the both sensory and sympathetic nervous system, DRGs are associated with SG through nerve fibers. Blockade of other spinal nerves or sympathetic ganglions is possibly effective for patients with facet disorders.

颈椎小关节囊神经支配来源于感觉和交感神经系统，脊神经节和交感神经节间有神经纤维联系，在临床上阻断脊神经和交感神经有可能缓解患者的头颈肩痛症状。

The cutting plants of passionfruit cv. Tai-nung No. 1 were grown in phytotron at day 25℃/night 20℃, foliar application with paclobutrazol 250ppm significantly reduced vegetative growth but had very earlier flower formation and lower node number to first flower bud.

於常温（日夜温25/20℃）下生长的「台农一号」百香果植株，喷施paclobutrazol (PP333) 250ppm强烈抑制其枝条生长，尤其是缩短节间长度；paclobutrazol不但显著提早花芽形成时间，且降低花芽形成节位。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。