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spring water相关的网络例句

查询词典 spring water

与 spring water 相关的网络例句 [注:此内容来源于网络,仅供参考]

In spring the sun not only exerts an influence through the increased temperature of the air and earth, but its heat passes through ice a foot or more thick, and is reflected from the bottom in shallow water, and so also warms the water and melts the under side of the ice, at the same time that it is melting it more directly above, making it uneven, and causing the air bubbles which it contains to extend themselves upward and downward until it is completely honeycombed, and at last disappears suddenly in a single spring rain.

而在春天,阳光不仅在温度逐渐增加的天空与大地上发挥它的力量,它的热量还透过了一英尺或一英尺以上的厚冰,在浅水处更从水底反射到上面,使水波温暖了,并且溶化了冰的下部,同时从上面,阳光更直接地溶化了冰,使它不均匀了,凸起了气泡,升上又降下,直到后来全部成了蜂窝,到最后一阵春雨,它们全部消失。

It is shown from the study results that (1) SSC has obvious neap-spring and seasonal variations with periods being 14.7 days and 368 days, respectively, on an average, SSC during the spring tide was 2.96 times as much as that during the neap tide, and SSC in winter was twice as much as that in summer;(2) correlation coefficient between daily SSC and tidal range on the same day in a mean neap-spring period of 15 days was 0.86, and correlation coefficients between tidal range and daily SSC with one day and two day lag were 0.99 and 0.93, respectively, which indicates that the effect of tidal range variation on SSC has a one day or two day hysteresis;(3) the monthly mean SSC was negatively correlated with the monthly mean water discharge at the Changjiang River Datong station, especially well with the water discharge with a lag of 19 days.

悬沙浓度具有显著的大、小潮和季节性变化,变化周期分别为14.7 d和368 d,平均而言,大潮为小潮的2.96倍,冬季为夏季的2倍;2)平均大、小潮半月周期中日悬沙浓度与同日潮差之间的相关系数为0.86,与前1日潮差之间的相关系数为0.99,与前2日潮差之间的相关系数为0.93,反映潮差变化对悬沙浓度的影响有1~2d的滞后效应;3)月均悬沙浓度与长江大通站的月均流量呈显著负相关,尤其与流量滞后19d的相关性最好。

The results showed that the quasi-period of floes diameter in the surface water during the spring tide included 7.86 h, 3.93h and 2.95h; those in the same water during the neap tide included 8.38h and 3.14h; those in the bottom water during the spring tide included 3.33h and 1.19h.

分析表明,长江口徐六泾处细颗粒泥沙絮凝体粒径存在着明显的变化周期:大潮表层存在7.86h, 3.93h和2.95h的变化周期;小潮表层存在8.38h和3.14h的变化周期;大潮底层存在3.33h和1.19h的变化周期。

Valve protection feeding pomp central air or regulator hydrolic pomp for truck,skip pomp injection complete nose injectors strap of motor's distributor pistons chemists bielles segments complete pad turbo compressor hydrolic deposit ecantor filter disk clutching deckutching compressors round of pressure on copper cylinder receiver cylinder transmitting kit of verin's restoration starter alterator front spring extractor chemist necklace of segment spring of declutching spring of clutch oil deposit stand radiator complete fork attach top speed lever pipe escape filter for bath oil Cap of filter for bath oil Nut + gourgeon of rear wheel Nut + gourgeon of front wheel Lid tank Rear spring Bar of directon Spindle of truck Nut reductor Nut of transmission accelerator cable spring of remember engin stop hand brake accelerator speed lever hydrolic pipe go hydrolic pipe return radiator of water pipe of radiator high pipe of radiator down system radiator intercooler +pipes alternator cross button starter key chatetonne turn head

保护阀 喂养泵中央空调或调节液压盛大的卡车,跳过注射泵完整的鼻子注射皮带的汽车经销商活塞化学家 bielles 部分完成垫涡轮压缩机液压存款 ecantor过滤器磁盘抓着 deckutching 压缩机轮压对铜气缸接收机气缸转递包verin的恢复简化版 alterator 前春天提取化验师项链的部分春天declutching 弹簧离合器石油储量站在散热器完成叉重视最高时速杠杆管道逃生滤波器的沐浴油第过滤的沐浴油螺母+ gourgeon的后轮螺母+ gourgeon前轮盖坦克后方春天律师directon 主轴卡车螺母减速器螺母传动加速器电缆春天记得引擎停止手制动加速器高速杠杆液压管去液压管返回水箱水管散热器高管散热器下跌系统散热器中间+管道两岸交流按钮起动机关键 chatetonne 反过来头你写的这些英文只能这么翻译了你自己看着用吧

Based on data collected at four stations in Daning River in the spring of 2004 and 2005, phytoplankton community structure, vertical distribution, abundance, biomass, C contents, diversity index, richness index and evenness index were studied. The causes of eutrophication and water blooms in Daning River were analysed and control measures were then put forward. The dominant species were Asterionella Formosa, Cryptomonas ovata, Cyclotella caspia, Stephanodiscus neoastraea in the spring of 2004 and those were Pandorina morum, Eudorina elegans, Cyclotella caspia, Cryptomonas ovata in the spring of 2005. Average cell densities, biomass, C contents in the spring of 2004 and 2005 were 171.1×10^5 cells/L, 12.2 mg/L, 1732.2g C/L and 113.1×10^5 cells/L, 10.1 mg/L, 1395.9g C/L, respectively.

报道了大宁河2004年春季和2005年春季浮游藻类的种类组成、垂直分布、数量、生物量以及C含量的调查结果,并应用多样性指数、丰富度指数和均匀性指数对其水质进行了综合评价;对大宁河蓄水后出现的富营养化现象和春季发生&水华&的原因进行了探讨,同时提出了控制水体富营养化的建议。2004年春季,藻类优势种为美丽星杆藻、卵形隐藻、里海小环藻和新星形冠盘藻;2005年春季的优势种为实球藻、空球藻、里海小环藻和卵形隐藻。2004年和2005年的细胞密度、生物量和C含量分别平均为171.1×10^5 cells/L,12.2 mg/L,1732.2g C/L和113.1×10^5 cells/L,10.1 mg/L,

According to the heavy metal content ,the quality of the flocculated samples and the water samples after flocculation was evaluated by National Standard. The results showed that the heavy metal pollution was most serious in Spring s sullages , then was in Summer 、 Autumn、 Winter in sequence;the water quality in Lianyungang、 Xiexinggang was best in Summer, then Winter、 Autumn and Spring in sequence, there was little difference of water quality in Ancient Canal、 Hengcaolugang and Hongze Lake .

对絮凝前后泥样和水样中的重金属分别根据国标进行了评价,不同的季节,污染最严重的是春季淤泥,然后依次为夏季、秋季、冬季;连云港、协兴港地区的水质在夏季最好,其次为冬季、秋季、春季;古运河、横草路港、梅梁湾、洪泽湖水质的季节性变化并不大。

Brewed with boiling spring which sprouts new shoots green, looking for a new green bud bud flip up and down in the water, gentle stretch, slowly falling into the bottom of the cup, the water gradually turned from colorless to pale green, tea from the cup curl upwards distributed out slowly from the mist outside overflow, gradually the mixing of the fresh smell, that moment, smell more than just tea, should be the whole of spring, perhaps picking on young girls remain in the tea fragrant, Yihuo can feel the spring on the new green, the lingering Department, people such as the falling dream, full of warmth.

用沸腾的山泉冲泡那一芽芽新绿,看着一芽芽新绿在水中上下翻动,轻柔舒展,缓缓落入杯底,水由无色渐渐变成淡淡的绿色,茶香袅袅从杯中散发出来,慢慢从雾气中向外漫溢,逐渐氤氲出清香的味道,那一刻,闻到的绝不仅仅是茶香,应是整个春天的气息,或许还有采茶少女留在茶叶上的芬芳,亦或能感觉到整个春天就在这新绿中,萦绕处,让人如堕梦里,满怀温馨。

It has attracted many famous domestic enterprises such as Wahaha, Nongfu Spring, Master Kang, Wutai Group to build factories in Baishan. What's more, it has developed its own famous brand –"Quanyangquan" mineral water, has had annual production capacity of one million tons of mineral water. It is stepping in a well-coordinated way which can guarantee both protection and exploitation of mineral water resource, and become the best area in developing and protecting the mineral spring industry in China.

先后吸纳了&娃哈哈&、&农夫山泉&、&康师傅&、吴太集团等国内外知名企业来白山投资建厂,并且培育出了自己的知名品牌——&泉阳泉&矿泉水,形成了年产百万吨的生产能力,走上了矿泉水资源保护与开发相协调的良性发展道路,成为全国矿泉水产业开发与保护最好的地区。

Thermostats in the top of the radiator contained a spring-loaded valve, the spring being made of two dissimilar metals (bi-metallic, just like the ones in your home) and when the temperature got to 180o, the metals would expand, open up the valve, and permit the water pump to start pumping the water though the radiator where the onrushing air due to the vehicle's motion would cool the water and keep its temperate at 180o.

恒温器,在上方的散热器上载有弹簧加载阀,春天正在取得两个异种金属(双金属,就像那些在你家)和当温度到了180o ,金属将扩大,开拓阀门,并允许水泵开始抽水的水,虽然散热器的地方onrushing空气由於车辆的议案,将冷却水,并确保其在温带

Thermostats in the top of the radiator contained a spring-loaded valve, the spring being made of two dissimilar metals (bi-metallic, just like the ones in your home) and when the temperature got to 180o, the metals would expand, open up the valve, and permit the water pump to start pumping the water though the radiator where the onrushing air due to the vehicle's motion would cool the water and keep its temperate at 180o.

恒温器,在上方的散热器上载有弹簧加载阀,春天正在取得两个异种金属(双金属,就像那些在你家)和当温度到了180o ,金属将扩大,开拓阀门,并允许水泵开始抽水的水,虽然散热器的地方onrushing空气由于车辆的议案,将冷却水,并确保其在温带

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