多水的

I have seen other sea turtles underwater during my month here in this isolated archipelago.

在这个人迹罕至的荒岛呆的一个多月的时间里，我已经多次在水里看到这种海龟。

The porosity of sandstone can be 20% or more, which means that a cubic metre of rock say the size of a large fridge, can absorb 200 or more litres of water.

砂岩的孔隙率可能是20%或者更多，这就好比在一个像冰箱大小的一立方米岩石中，能够吸收200或者更多公升的水。

Water has a much higher specific heat capacity than air per volume!

水的容积热容量比空气的容积热容量要多的多！

Secondly, 4 methods of azimuth estimation based on vector hydrophone according to forms of nosie and signal are brought forward. The principles of these 4methods are set forth, simulating them by computer. Acoustic intensity averager can effectively suppress isotropic non-coherent interference; DOA based on line-spectra can effectively detect the target radiating line-spectra and estimate its azimuth angle; Bar graph approach can suppress line-spectra coherent interference and distinguish different targets radiating line-spectrum. Weighted bargraph approach can detect target in broadband coherent interference and estimate its azimuth angle.

其次，根据背景干扰和信号样式的不同，提出了单矢量水听器方位估计的4种方法；阐述了这4种方法的原理，并进行了计算机仿真，指出平均声强器方位估计适用于各向同性噪声场背景干扰，讨论了平均声强器的处理增益；目标辐射噪声中有线谱时，线谱方位估计有很好的性能，其中的LOFAR线谱和高频解调得到的DEMON线谱都是目标的特征谱线，可以利用它们进行方位估计，详细讨论了利用特征线谱单个矢量水听器分辨多目标的性能；直方图方位估计能抗强线谱相干干扰；加权直方图方位估计可以抗宽带相干干扰。

This paper also analyses the effect of water deficit on water use, yield, fruit quality, crop coefficient, water use efficiency and economical benefit, and achieved the followings:⑴The research of the water deficit treatment and rewater domino effect significantly test that proper water deficit can regulate and control stomal open degree efficiently, reduce the overtranspiration of leaves, stimulate the compensating effects.

更多水效应研究，进一步证实了适度水分亏缺可以有效调控梨枣树叶片气孔开度，降低叶片过多的蒸腾耗水，并刺激树体诱发补偿效应，初步揭示了调亏灌溉提高果树叶片水平水分利用效率的机理与水分亏缺引起的&干湿交替过程&对气孔的调控机理，从果树生理角度进一步证实了调亏灌溉的节水机理。

According to the characteristics of Sabaigrass that it needs water but can notendure waterlogging, it is concluded that sloping field getting much water is feasibleto plant Sabaigrass.; Planting in the ridge of a field is a good method to resist seeper ifthe flat field with a lot of rain is the must.

根据龙须草生长需水但不耐渍的水分生态适应性，可以断定龙须草适宜在雨水较多地区的坡地种植；若必须在雨水较多地区的平地种植，防治龙须草积水十分重要，最好实行起垄栽培。

Knowing that the dragon regularly drank at a certain local well, More cunningly hid inside it and, when the dragon arrived, he leapt out and smote the beast heavily on the jaw. In shock at this sneaky attack the aggrieved dragon defecated exuberantly in the knights direction.

骑士很了解巨龙经常在固定的一处喝水，更多时间它狡猾地躲在巢穴里，当巨龙来喝水的时候，骑士跃上龙头并用很大的力气重击巨龙的颔骨，正在休息的巨龙对这种鬼鬼祟祟的攻击方式感到不满，于是巨龙向骑士的方向大量地排便。

Though only five months old, the study's cuties indicated through their curious stares that they could differentiate water in a glass from solid blue material that looked very much like water in a similar glass.

从这项研究中许多准妈妈们好奇的眼光中我们可以看到，虽然宝宝只有五个多月大，但是他们就能够区分出两个很相似的杯子中的物体，一杯是水，另一杯是很像水的蓝色固体物质。

Process in the jasmine flower tea foundation in green tea but, especially the high class jasmine spends in process of process certain physics and chemistry in occurrence in quality in its inside function, such as:The polyphenol material in the tea, tea is single rather under the water the wet term of decomposition, do not dissolve to decline the solution in the aqueous protein amino acids, can die down that drink the hour of green tea feels, the function has the variety, the fresh and thick in its taste is thick and alter fluently, this is also a north to like to drink the jasmine flower tea causal a.

茉莉花茶在绿茶的基础上加工而成，特别是高级茉莉花在加工的过程中其内质发生一定的理化作用，如：茶叶中的多酚类物质、茶单宁在水湿条件下的分解，不溶于水的蛋白质降解成氨基酸，能减弱喝绿茶时的涩感，功能有所变化，其滋味鲜浓醇厚、更易上口，这也是北方喜爱喝茉莉花茶的原因的之一。

Furthermore, they believe that sending more blood to the capillaries and converting fats and carbohydrates results in much calories burned during one short steam bath session.

此外，他们认为，派遣更多的血液毛细血管和转换结果，脂肪和碳水化合物多消耗的热量中，在短短的蒸气浴会议。

Objective To investigate the effects of interleukin-1 β converting enzyme gene on the biologic characteristics of ovarian cancer cells.

目的 探讨白细胞介素-1 β转换酶的表达，对卵巢癌细胞生物学特性的影响。

Campylobacter: This illness is the most commonly identified cause of diarrheal illness in the world.

弯曲：这种病是最常见的原因查明腹泻病，在世界上。