有所发现

This paper gives a detailed morphological and physiological description of Azotobacter fuzhouensis n.sp.isolated from the soil of fuzhouin comparison withother members of the genus.

1.1957年从福州土壤中分离出一个固氮菌新种，按其形态特征和生理特性的描述，显然与Azotomonas 属有所区别，若与Azotobacter 属进行比较，无论在形态特征或生理特性方面都很类似，但这种固氮菌与前人所发现的Azotobacter 属的七个菌种不同。

You will also be pleased to find that Backgammon's already excellent user interface has improved even further in this version.

你也将很高兴地发现，步步高了良好的用户界面已经有所改善甚至进一步在这个版本。

The author ever saw with one's own eyes witnesses a child of 2 years old of toddle, the noise as a result of a shoe implement bad already, she to make another shoe gives out noise, when walking exert all one's strength the chela palm of a foot to walk downward, after that calcaneal criterion basically not touchdown, generation giving a person walks one kind " one foot is deep, one base is low " impression, fortunately the author discovers in time, reminded the parent to dismantle noise plant, the pose that the child walks just transforms somewhat.

笔者曾亲眼目睹一名2岁蹒跚学步的孩子，由于一只鞋子的响声器已坏，她为了使另一只鞋子发出响声，走路时便将一只脚的前脚掌使劲往下踩，而后脚跟则基本上不着地，给人产生一种走路"一脚深，一脚浅"的印象，幸亏笔者及时发现，提醒家长拆除了响声装置，孩子走路的姿势才有所转变。

It was discovered that with increasing the doping level of Mn, pyroelectric coefficient, dielectric constant and dielectric loss decreased.

实验中发现，Mn掺杂后材料的热释电系数会有一定程度的降低，同时材料的介电常数和介电损耗也会有所降低。

Between the length of the esophagus and the height of the body showed a linear corelation and the length may be calculated...

发现男性随着年龄的增长门齿距齿状线间的距离长度有所延长。

Tall'.'' stature. It is known from skeletal remains first found in the Cro-Magnon cave in southern France.

身材'。''很''。'高'。''。人们首先是从在法国南部的克罗马努山洞中发现的残存骨骼对其有所了解的

Cobalt (100) face of hexagonal system parallels example surface and the intensity of diffraction peaks increased obviously. Finally the possibility of codeposition of PTFE and cupper or other metal alloys was initially researched.

最后，初步探索了PTFE与Cu或二元合金共沉积的可能性，试验结果显示，它们均可形成PTFE和金属的复合镀层，与无PTFE的金属合金层对比后发现，各复合镀层摩擦学性能都有所提高。

Numerous studies have found that the performance of manipulating a joystick on input tasks was affected by vehicle motion, and the movement speed of mouse was affected by different movement angles on static environment. However, very few studies have investigated the effects of motion direction of platform and the movement angle of cursor on the performance of using different trackballs.

许多研究曾指出在运动的载台上使用摇杆进行输入作业，载台的运动会影响输入的绩效；也有研究发现在静态的环境下使用滑鼠，滑鼠的移动速度会因移动角度不同而有所差异；然而很少的研究曾经探讨在不同的载台运动方向与不同的游标移动方向对使用轨迹球进行输入作业的影响。

The gasification efficiency increased and the molar fraction of H2 decreased with an increase in the reaction temperature. The decomposition of PVA was more complete at higher temperatures. At 24 MPa, 500℃ and 120 s, the TOC remove rate, the carbon gasification rate and the hydrogen gasification rate were up to 71.46%, 67.97% and 157.24% respectively. A change in the residence time had no significant effect on the molar fraction of gas production but an increase in the residence time could enhance the gasification efficiency of PVA. It was found that the intermediates were mainly alkane, cycloparaffin, aromatic hydrocarbons, and low-molecular weight acids. It was supposed that PVA was degraded into small molecules through breaking of C-C bonds. Parts of the molecules were converted into H2, CO, CH4 and CO2 while some was converted into aromatic hydrocarbons.

过程探索发现：反应温度的升高能提高PVA气化效率，但气体产物中H2的含量随反应温度的升高有所下降；随着反应温度的升高，PVA分解趋于彻底，在压力24MPa、温度500℃、停留时间120s的条件下，TOC去除率、有机碳气化率和氢气化率分别达到71.46%，67.97%和157.24%；停留时间的变化对气体产物含量没有明显的影响，但延长停留时间能提高PVA的气化效率；PVA气化反应中间产物主要为链状烷烃、环烷烃、芳香烃及小分子酸，根据中间产物出现的顺序推测PVA的降解为由C-C键断裂形成小分子物质，这些小分子物质一部分转化为H2，CO，CH4和CO2，一部分形成难降解的芳香族化合物。

They found the ** of low serotonin levels and signs of depression improved when the ensign was blocked.

他们发现低复合胺水平的老鼠在阻断这种酶之后情况有所改善。

In this paper, the requirement analysis, design and implementation of the system are introduced in detail.

此论文详细介绍了系统的需求分析，系统设计和具体实现。

In the context of economic globalization is increasingly deepening, China's economy can not be spared.

在经济全球化日益加深的背景下，中国经济不可能做到独善其身。