查询词典 trunk hatch

Three-dimensional dynamic controls of the head, trunk, shoulder, elbow, wrist, ilium, knee, and ankle joints were measured kinematically via a Motion Analysis System, which is consisted of 8 Falcon Analog Cameras. It was found that the high stepping led to a mediolateral increase in the head and trunk swing.

研究的自变项为登阶高度和有无视觉之参与，依变项则为透过动作分析系统(Motion Analysis System with 8 Falcon Analog Cameras)所蒐集之重要关节点的三维运动学资料。

Three-dimensional dynamic controls of the head, trunk, shoulder, elbow, wrist, ilium, knee, and ankle joints were measured kinematically via a Motion Analysis System, which is consisted of 8 Falcon Analog Cameras. It was found that the high stepping led to a mediolateral increase in the head and trunk swing.

研究的自变项为登阶高度和有无视觉之参与，依变项则为透过动作分析系统(Motion Analysis System with 8 Falcon Analog Cameras)所搜集之重要关节点的三维运动学资料。

3The values of AEMG of the contralateral multifidus were higher than ipsilateral during trunk axial rotation;(4) During the trunk flex to 45 and 65 degree position, the AEMG of lumbar multifidus and erector spinae muscles were higher than the other degree and there was significant difference.(Experiment 2)(1)The AEMG of the lumbar multifidus and erector spinae were influenced by load levels, load ways and road conditions during the walking.There was significant interaction between load levels and load ways.

(1) 负荷等级、负荷方式及路面条件对行走过程中腰部竖脊肌和多裂肌AEMG具有显著影响，且负荷等级与负荷方式之间交互作用显著；左手负重行走时腰部竖脊肌AEMG与右手负重时不存在显著差异，但背部负重时的竖脊肌AEMG值明显小于单侧手负重时的AEMG值；(2)多裂肌的AEMG值在不同负重方式下行走时均无显著差异；(3)路面条件对腰部肌肉AEMG值具有显著影响，上楼时腰部竖脊肌、多裂肌的AEMG值显著大于平地和下楼时的AEMG值；(4)单侧手持负荷且当负荷等级达到一定水平时，腰部竖脊肌和多裂肌对侧的AEMG值显著大于同侧。

The myoelectric responses of most lumbar trunk muscles to static lateral flexion were dependent on trunk position and loading.

结论大多数腰肌的肌电反应取决于躯干侧屈的位置和是否负重。

Trunk inflated; bark white-gray, nearly smooth toward base of trunk; median leaflets often less than 10 mm wide; petiole densely spinose from base upward; seeds 3.5-4.5 cm

树干膨大；树皮白色灰色，对于树干的基部的近平滑；中间的小叶通常不到10毫米宽；向上的浓密的叶柄具刺的自基部；种子3.5-4.5厘米 9 Cycas hainanensis 海南苏铁

Trunk often dichotomously branched toward apex, to 16 m, apex not tomentose; bark gray or white-gray, smooth toward base of trunk; leaflets with midvein sulcate adaxially and margin revolute to slightly recurved; seeds 4.5-6 × 4-4.7 cm

树干通常二歧分枝向先端，令16米，先端的是不；对于树干的基部灰色或白色灰色，平滑的树皮；中脉具槽的小叶具正面和边缘外卷在稍下弯；种子 4.5-6 * 4-4.7 厘米 16 Cycas pectinata 篦齿苏铁

Both two sides'superior thyroid arteries mainly appeared to originate from the initiation of the external carotid artery (61.35%); two sides inferior thyroid arteries mainly from the thyrocervical trunk (87.78%), and the ima thyroid arteries from brachiocephalic trunk (88.89%).

甲状腺上动脉多源自颈外动脉起始部(61.35%)；甲状腺下动脉多源自甲状颈干(87.78%)；甲状腺最下动脉多源自头臂干(88.89%)。

Between branches of middle trunk and inferior trunk existed anastomoses.

中干和下干的分支之间有吻合。

The thesis analyzed limbing,bucking and cutting operation by using chain saw type G621AVS.The results show that difference of the EMG activities among trunk muscles were distinct(p＜0.01),while Oblique external abdominis amplitudes(p＜0.05).These facts indicated that different forestry work postures were the primary influence on EMG activities among trunk muscles.

在对使用矮把油锯打枝、造材和伐木动作进行分析发现，油锯作业时不同姿态下除左右腹外斜肌肌肉活动差异显著性水平在p＜0.05，其余各肌肉活动差异都存在显著性差异p＜0.01，说明不同的作业姿势对躯干各肌肉活动的影响存在显著性差异。

In Chapter Two, some methods such as electron microscope, DNA ending label and MTT measurement were used to studied the changes of apoptosis, necroses and cell vigour of leukaemia K562 cell trunk and HL-60 cell trunk irradiated with millimeter wave. Different effects of millimeter wave to leukaemia cell trunks and human marrow cells were observed clearly. Human marrow cells were not so sensitive to millimeter wave radiation as leukaemia cells.

第二章，利用电镜技术、DNA末端标记、MTT活力测定等方法，研究了毫米波对红白血病K562细胞株、人类急性早幼粒白血病细胞株HL-60及正常人骨髓单核细胞的细胞超微结构、细胞凋亡、细胞活力的影响，结果发现毫米波辐射对正常人骨髓细胞及白血病细胞的影响明显不同，正常人骨髓细胞所受影响较小，特别是功率密度小的毫米波对其无影响；而白血病细胞受辐射后发生显著的凋亡或坏死，细胞活力显著下降，该效应具有明显的功率窗和时间窗。

Warden: That's a beautiful dog, but don't bring her again.

那是条漂亮的狗，但是不要再把她带来了。

You get up in the morning – no hangover!

你第二天早上起来的时候—不会宿醉！