单轴的

Female inflorescences ca. 3; cupules solitary, scattered on rachis.

约的女性incircascences 3；壳斗单生，在轴上散布。

Of single-stage pump, the balance of axial thrust of the three main methods

对单级泵来说，平衡轴向推力的方法主要有三种

In this dissertation, we purify,functionalize, and align the single-walled carbon nanotubes by Langmuir-Blodgett technique using compression-transfer method.

本文正是针对这一问题，对单壁碳纳米管进行了提纯、功能化，并利用LB技术的液面排布转移法实现了碳纳米管沿着轴向大面积定向排列。

Two qina ligands chelate a cobalt ion by 0 and N atoms and two DMSO ligands coordinate a cobalt ion by two O atoms at an axis. The complex formed inerratic octahedron configuration, and π-π stacking weak interaction was observed between the molecules.

配合物为单斜晶系，P2(1)/C空间群，2个qina配体以氮原子和氧原子与Co离子螯合配位，2个DMSO以氧原子与Co离子轴向配位，形成规则的八面体构型配合物，分子之间存在π-π堆积弱相互作用。

Phalaenopsis is a monopodial epiphytic orchid with succulent leaves and thick roots and is one of the most important ornamental orchid flowers for export in Taiwan.

中文摘要蝴蝶兰属於著生兰类之单茎轴兰科植物，目前是台湾最具外销竞争潜力的花卉之一。

Phalaenopsis is a monopodial epiphytic orchid with succulent leaves and thick roots and is one of the most important ornamental orchid flowers for export in Taiwan.

蝴蝶兰属於著生兰类之单茎轴兰科植物，目前是台湾最具外销竞争潜力的花卉之一。

In the research of molding performance of MIM feedstock, for the shortcoming of capillary rheometry, it was propounded that using spiral mold test molding performance of feedstock, and a set of spiral mold was creatively designed with quickly exchange gates and closed mold cavity.

不锈钢模芯零件充模仿真分析表明，由于熔体流动的&跑道效应&，采用单浇口注射成形两侧流动严重不平衡，端面四个波峰和波谷明显，中部芯柱出现欠注，并发现该零件中间芯轴处成形最困难。

The disp lacement senso r of Z axis adop t s single po int laser po sit ion detecto r PSD, and it s reso lut ion is about 10nm.

Z 方向位移传感器采用激光单点位置探测器PSD， Z 轴方向的位移测量精度达10 纳米。

It ranges from Single Station Unwinders, shaftless Pick-up Unwinders to fully automatic Turret-Unwinders with flying splice systems, which are shaftless, too.

它涵盖了从单站卷筒机，无轴采集卷筒机，到带有飞行拼接系统的全自动塔式卷筒机。

The hip images made with MPR showed that the minimum thickness of the medial wall of acetabula ranged from 2.0 mm to 10.9 mm.

MPR 冠状面和轴面成像示髋臼内侧壁最薄处的厚度为2.0 ～ 10.9 mm.15 例单侧脱位患者患侧与健侧髋臼比较，髋臼开口相差2.7 ～ 19.1 mm，深度相差2.3 ～ 13.1 mm。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。