查询词典 Fish

Since fish gelatin melts at a lower temperature than gelatins of other meats, fish aspic is more delicate and melts more readily in the mouth.

由于"鱼"做原料的明胶在温度相对较底的情况下就可以融化，而透明度也好过其他肉类。最重要的是鱼类肉冻更加细滑和更容易融化在嘴里，所以通常是人们的首选。

The next time a trainer passes, she tears off a piece of paper to give to the trainer. After a fish-reward, she goes back down, tears off another piece of paper, gets another fish, and so on.

当训练员经过时，她把那张纸撕下一小片交给训练员，换回小鱼；接着再次回到池底，再撕下一小片纸，换回另一条小鱼。。。。

The bearing part is like fish back instead customary shaft seat and can weigh different shaft load; Using fish back shaped arc surface for bearing load can overcome error brought by shaft bend and horizontal deviation.

承载部位呈鱼背状，取代原来的轴座，可进行各种轴负荷的称重；鱼背状承载弧面可克服轴受载弯曲或安装水平偏差引起的称重误差；改变弧径尺寸可适应不同轴径。

Therefore," Fish-serum " was of strong bacteriostasis to common pathogens of freshwater fish.

结果表明："鱼血清"对多数菌的MIC在0.122～0.244 μg/mL之间，说明该药对常见淡水鱼类病原菌有较强的抑制作用。

For the status of the fishing technology of deep and ultra-deep slim hole was started later, the lack means of dealing with accidents and little fishing experience on the oil field, from the actual conditions of the Tarim oil field and in research on the basis of information at home and abroad, this article analyzed the technical difficulties of fishing in the deep and ultra-deep Slim hole and the importance of preparations before fishing, and then summarized the powdered magnesium technology, sets milling fish-neck technology , Venturi joints with milling technology and fishing rope-type fish with spiral bailer grab technology.

针对深井超深井小井眼打捞工艺技术起步较晚，事故处理手段单一及现场打捞经验不足的现状，本文从塔里木油田实际情况出发，在调研国内外资料的基础上，分析了深井超深井小井眼打捞的技术难点及打捞前期准备的重要性；归纳总结出了适合塔里木地区深井超深井小井眼事故处理的镁粉切割工艺技术、套铣鱼颈工艺技术、文丘里接头配合磨铣工艺技术及螺旋捞钩打捞绳类落物工艺技术。

An old Chinese saying "the smell of fish is the smell of Subway, eat fish, Barilla tasteless," said.

古人有"鱼之味乃百味之味，吃了鱼，百味无味"之说。

In fact, he's betting big bucks on America's largest inland fish farm, in the hope that consumers will love barramundi, a fish that can be grown with relatively little environmental impact.

事实上，他的投注大笔资金对美国最大的内陆鱼场，希望消费者能够喜欢鱼，一条鱼可以栽种较少，对环境的影响。

But clearly, fish in a barrow will be much easier to shoot than fish in a stream.

但是很显然，木桶里的鱼一定会比小溪里的鱼容易捕杀。

The author presents for ours this oil painting, color of take the sea - black , deep black, dark blue as the bottom color, has the depth feeling of shadow, by the prominent condensation function, causes the main image bright eye-catching, has one kind of stereoscopic effect; Simultaneously chose the contrast intense white clouds, the snowy peak has come with the sea to face each other across a great distance, the color was bright, has had the striking feeling; Chose the rich vitality green seacoast, the nattierblue hill has made the sea the sideline, has had the gently beautiful feeling; Chose the color variegated light beam to make the sea the central color, the reflection function is intense, the entire picture was bright immediately, the deep color transferred the half tint, has had the lively sprightly feeling; Adds on moon's inverted image, bird's soaring, eagle's convolution, constituted one refinedly to catch fish the chart, also the difficult style which caught fish with the old person has formed the harmonious unification, played the exaggeration role, had achieved the perfect unification, demonstrated the old person just had the suppleness, supple had the just disposition characteristic.

作者呈现给我们的这幅油画，以大海之色――黑魆魆、深黑、深蓝为底色，有深度的阴影之感，以突出聚光作用，使主要形象鲜明夺目，产生一种立体感；同时选择了对比强烈的白云、雪峰来与大海遥遥相对，色彩明亮，产生了醒目感；选择了富有生气的绿色海岸，淡青色的小山做大海的边线，产生了柔美之感；选择了色彩斑斓的光柱做大海的中心色彩，反光作用强烈，整个画面顿时明亮起来，深色转为中间色，产生了活泼明快之感；加上月亮的倒影、鸟儿的飞翔、老鹰的盘旋，构成了一幅脱俗的捕鱼图，也与老人捕鱼的艰难格调形成了和谐的统一，起到了渲染的作用，达到了完美的统一，显示出老人刚中有柔，柔中有刚的性格特征。

I was not able to photograph the fish under water due to the constant ripples, but here are a few pics of the biotope and our attempts to catch the fish.

我无法拍照，鱼在水中，由于不断的涟漪，但这里有一些图片的群落生境和我们试图赶上鱼。

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。