尼罗河

If the Nile yields simple, raw materials, the inspiration of its people gives rise to one of the most perfumed, flavorsome and colorful cuisine in North Africa.

假如尼罗河只提供简单的原料，北非人就会把它们变成美味佳肴。

If the Nile yields simple, raw materials, the i iration of its people gives rise to one of the most perfumed, flavorsome and colorful cuisine in North Africa.

如果尼罗河只提供简单的原料，北非人就会把它们变成美味佳肴。

Saadia Gaon, in his Arabic translation, renders "Pison" the Nile, which Ibn Ezra ridicules, as it is positively known that Eden is farther south, on the equator.

& saadia gaon ，在他的阿拉伯语翻译，使& pison &尼罗河，而伊本以斯拉嘲弄，因为&这是积极众所周知，伊甸是越走越南，对赤道。

SuperCroc's skull, then, is like a cross between the elongate skull of a fish-eating gharial and the robust skull of a bloodthirsty Nile crocodile.

因此，至尊鳄鱼的颅骨，就像一个杂交种，比印度食鱼鳄细长的颅骨粗，却又比嗜血成性的尼罗河鳄鱼巨大的颅骨细。

SuperCroc's skull, then, is like a cross between the elongate skull of a fish-eating gharial and the robust skull of a bloodthirsty Nile ''.

因此，至尊''。'鳄鱼'。''的颅骨，就像一个杂交种，比印度食鱼''。'鳄'。''细长的颅骨粗，却又比嗜血成性的尼罗河''。

The undulatory biomimetic propulsor is a new underwater propulsor which emulates the swimming mode of Gymnarchus Niloticus.

波动仿生推进器是以&尼罗河魔鬼&为仿生对象设计的新型水下推进装置。

The undulatory biomimetic propulsor is a new underwater propulsor which emulates the swimming mode of Gymnarchus Niloticus.

摘要波动仿生推进器是以&尼罗河魔鬼&为仿生对象设计的新型水下推进装置。

Gymnarchus niloticus,propelled by undulations of a long-based dorsal fin,is a typical representative of median and/or paired fin fishes.

&尼罗河魔鬼&采用长背鳍波动推进方式，属于典型的奇鳍/对鳍推进鱼类。

Gymnarchus niloticus ; long-based dorsal fin ; undulation ; kinematic model

尼罗河魔鬼；长背鳍；波动；运动学模型

The hy-dromechanical performances of the undulatory long dorsal fin propeller of Gymnarchus niloticus are estimated applying the large-amplitude elongated-body theory...

计算表明：&尼罗河魔鬼&在0.728～0.985身长／s的速度范围内，长背鳍波动推进的水动力学效率介于81.664％-86.420％之间，表明长背鳍波动推进游动是一种适应水中环境的高效游动模式。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。