显微观察

The variation of hormone associated with occurrence of adventitious roots was more accurate analysis by using GC-MS technique.

观察和分析了胡杨实生苗插穗不定根发生发育的细胞组织显微和超微结构特征。

The experiment material is apricot and almond in this paper,passed TTC method to carried on examination the agnate pollen of vitality before pollination;after the investigation fruit set percentage,using of DPSv3.01 analyzed the date;the pollen tube behavior and bourgeon were observed by means of flurescence microscopy;the orthogonal design was used to optimize SSR amplification system of apricot hybrids in five factors at four levels respectively;making use of the new SSR-PCR system analyse the 50s hybrids.

本文以仁用杏及扁桃为试验材料，通过TTC染色法对授粉前父本花粉的活力进行了测定，运用DPSv3.01专业版数据处理系统软件对授粉后坐果率的调查数据进行了分析；利用荧光显微技术对花粉在柱头的萌发情况及花粉管的生长状况进行了动态观察；采用正交设计对仁用杏杂交苗SSR-PCR反应的5因素4水平进行试验；在新体系的基础上对50个杂交苗进行了分析。

To study the characteristics of alpaca fibre and further to assess the production performance of the alpaca, we made microstructural and ultrastructural observation on alpaca skin and fibre.

为研究羊驼毛的特性并评价羊驼的生产性能，观察了羊驼皮肤和毛的显微结构和超微结构。

MAIN OUTCOME MEASURES: At 1, 3, 5, 7, 14 days following immersion, microstructure of the sample surface was observed using scanning electron microscope. The structure of composite was analyzed utilizing X-ray diffractometer.

主要观察指标：于浸泡1，3，5，7，14 d后采用扫描电子显微镜观察样品表面形貌的显微结构，复合材料的结构采用X射线衍射仪进行表征。

RESULTS: The special structures that possess peculiar morphological characteristic of MSCs such as cytoskeleton, pseudopod, microfilament etc were identified by AFM, and these special structures are difficult to observe under electronic microscopy or other conventional optical microscopy.

结果：在AFM 下观察到了用电镜或其它显微方法所难以观察到的MSCs 许多独特的形态结构，如细胞膜骨架、伪足、细胞边缘的微丝及细胞间纤维等。

Each advance in microscopic technique has provided scientists with new perspectives on the function of living organisms and the nature of matter itself. The invention of the visible light microscope late in the sixteenth century introduced a previously unknown realm of single celled plants and animals. In the twentieth century, electron microscopes have provided direct views of viruses and minuscule surface structures.

显微技术显微镜技术的每一个进步都给科学家提供了看待生物体的功能和其性质的新观察方式。16世纪晚期可视光显微镜的发明引入了一个以前一无所知的单细胞植物和动物的领域。20世纪电子显微镜提供了对病毒和极微物体的表面结构的直接观察。

Results: Anterior to the coronal suture and posterior to the lambdoid suture were two segments of SSS void of bridging vein draining into. The number of bridging veins observed by microanatomy, DSA and CTV was 11.2, 8.9 and 7.0 respectively.

结果：上矢状窦前部和后部分别有一缺乏桥静脉注入段，显微解剖、DSA和CTV观察上矢状窦旁桥静脉的数量分别为11.2支、8.9支和7.0支，DSA和CTV观察发现桥静脉注入上矢状窦处常显示不清。

Microstructure observation, micro-hardness testing, scanning electron microscope observation, energy dispersive spectroscope and X-ray diffraction analysis were employed to investigate the structure and performance of the joints.After SSNCed for 5min by means of HESP, surface nanostructured layer about 70μm and 50μm thickness were obtained on the stainless steel and titanium alloy ends respectively.

文中对高能喷丸处理后的不锈钢和钛合金的纳米组织进行了表征；试验研究了不锈钢和钛合金表面层纳米组织的热稳定性；采用恒温恒压、脉冲加压对表面自纳米化0Cr18Ni9Ti不锈钢与TA17近α钛合金进行扩散连接；借助拉伸实验机、金相观察、显微硬度测试、扫描电镜观察、能谱分析、X-射线衍射等分析手段研究了表面自纳米化钛合金与不锈钢扩散连接接头的组织结构和性能。

In the experiment of this study, the failure structures of pipeline of exhaust system, rib material of water tank, slip-oil steady pin bolt and slip-oil separated valve made by copper alloy under water were cut individual with suit size for specimen. The X-ray, PT non-fracture detection, observation of metal micro-structure, hardness test, element spectrometer, SEM and EDS were used to investigate the mechanism of corrosion and failure.

实验首先将长期使用於水下环境之排烟系统管路、水柜肋材、滑油泵稳梢螺栓及船舶舱间柴油系统用隔舱阀之破损构件，分别裁取适当尺度之试件，藉由X-ray、PT非破坏检验、金相显微组织观察、硬度实验、腐蚀生成物机制研究、分光分析仪成分分析及利用SEM进行破断面形貌观察与EDS元素成分分析等实验。

Aim and Methods:To observe the effect of thoracic duct lymph on the blood pressure and obstruction of microcirculation in rat with irreversible hemorrhagic shock by a microscope with TV recorder and the technique of vital observation on mesenteric microcirculation in rats.

目的和方法：应用显微电视录象设备和活体大鼠肠系膜微循环观察技术，观察胸导管淋巴液对重症失血性休克大鼠血压和微循环障碍的影响，以探讨淋巴液的抗休克作用及其机制。

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。