查询词典 water chestnut

Applied with test of potted plant and measurement absorbency for study physiological response of activity of cell defense enzymes and lipid peroxidation of slash pine's half-sib under water stress. There are 7 families comparison with general slash pine. The contents of superoxide dismutase, catalase, antioxidant, malondialdehyde and the rate of superoxide anion(-O2) generating are mensurated under normal water condition while soil water content is 70% and light water stress while soil water content is 55% to 60% and medium water stress while soil water content is 35% to 40% and heavy water stress while soil water content is 20% to 25%. The test result indicate that either water grads or families of contents of SOD,CAT,AsA,MDA are mighty notable difference. The rate of -O2 generating is notable difference within families. The rate of -O2 generating is mighty notable difference within water grades.

为研究湿地松优良半同胞家系保护酶及脂质过氧化作用对水分逆境的生理响应，采用盆栽试验和吸光度测定结合的方法，以普通湿地松种子为对照，测定了七个湿地松半同胞家系在正常水分状态（土壤相对含水量为70%）、弱度水分胁迫（土壤相对含水量为55%~60%）、中度水分胁迫（土壤相对含水量为35%~40%）和强度水分胁迫（土壤相对含水量为20%~25%）条件下的SOD、CAT、AsA、MDA的含量和-O2产生速率，研究结果表明：无论是不同水分梯度还是不同家系水平，SOD、CAT、AsA活性和MDA含量的差异均达极显著水平，不同家系水平间-O2产生速率有显著差异，不同水分梯度间-O2产生速率差异达极显著水平。

The process of using the waste liquid in the water chestnut powder factory to produce water chestnut beverage was studied.

研究了利用马蹄粉厂制粉废水生产马蹄汁饮料的工艺，对影响产品色泽、澄清度、风味的因素进行了探讨。

Also all of them were better than bare land.The average soil water-holding capacity of different vegetation types was 157.69m~3/hm~2,which was 2.59 times of that of bare land(60.97m~3/hm~2).The descending rule of water-holding capacity was that:bamboo＞Tea＞Amorpha fruticosa＞Golden buckwheat＞Chestnut of return farmland＞mixed forest＞pine forest＞chinese chestnut Intercropping.

不同植被类型土壤平均持水能力为157.69m~3/hm~2，是裸地持水能力(60.97m~3/hm~2)的2.59倍；持水能力由大到小依次为竹林＞茶林＞紫穗槐＞金荞麦＞板栗退耕＞针阔混交林＞马尾松林＞板栗间种。

At the beginning I do not have good impression to Fei Yunfan, although he is rich, he can be in proper when appear, comfort violet water chestnut, but the characteristic that he did not let me like however, with Yi Sha shellfish is pulled marry, he Rong marrying is to make me indignant more, since like violet water chestnut, why to indulge oneself so even.

一开始我对费云帆并无好感，固然他富有，他能在适当的时候出现，安慰紫菱，但是他却没有让我喜欢的特色，和伊莎贝拉结婚，和蓉儿结婚更是让我愤怒，既然喜欢紫菱，为什么还要如此放纵自己。

Everybody is in feel new edition gut, person while, do not know to have disclosure, this is known as break original pattern fining jade is set mode while, still added element of N much advertisement, let me must admire the playwrite, painstaking effort that directs to satisfy a sponsor expenditure, look take those assistance to expend a bit need not be irresolute when firmness is needed. The mobile phone that violet water chestnut of elder sister of 1 , rich wife and children uses 2, the dress that the youth in drama often wears 3, on that is glistening bead shade of violet water chestnut " stone ", these stone are right name brand 4, the car that when the girlfriend goes out to date, Chu Lian drives about asks infirmly infirmly, does Hunan handsome young man drive this kind of car really?

大家在感受新版剧情、人物的同时，不知道有没有发觉，此部被誉为打破原有琼式老套模式的同时，还添加了N多广告元素，让我不得不佩服编剧、导演为了满足赞助商而花费的心血，看来拿那些赞助费一点都不必手软了。1、富家小姐紫菱用的手机2、剧中的年轻人常穿的衣饰3、紫菱的那亮晶晶的珠帘上的&石头&，这些石头是真正的名牌货4、楚濂约女朋友出往约会时开的汽车弱弱的问一句，楚帅哥真的开这种车吗？

The water chestnut beetle, Galerucella birmanica Jacoby, is a destructive pest of water chestnut in China, India etc..

在中国、印度等地，菱角萤叶甲是菱角上的毁灭性害虫。

It is with steely course of study exemple, er of Indian rice tower purchased cop of China water chestnut the 2nd large stockholder that the share of 36.7% becomes cop of China water chestnut, xin Taifu bought country's biggest car alloy steel to produce a business in -- group of Shijiazhuang iron and steel 80% equity, riverside, the enterprise such as new day iron, Asailuo also already with or having joint-stock collaboration with domestic steely company.

以钢铁业为例，印度米塔尔购入了华菱管线36.7%的股份成为华菱管线的第二大股东，中信泰富收购了国内最大的汽车合金钢生产企业——石家庄钢铁集团80%股权，浦项、新日铁、阿塞洛等企业也已经与或正在与国内钢铁企业进行合资合作。

Under soil water stress conditions, the photosynthesis rate, water useefficiency and light compensation point of Atriplex canescens obviouslyreduced, and its dark respiration rate weakened. In the treatments in July, theaccumulative and average value of daily Pn from high to low is: light soil water stress＞no soil water stress＞medium soil water stress＞heavy soil water stress, the valueare 7.162μmolm~(-2)s~(-1)、6.106μmolm~(-2)s~(-1)、6.103μmolm~(-2)s~(-1) and 1.761μmolm~(-2)s~(-1), respectively. In the treatments in August, the accumulative and average value ofdaily Pn from high to low is: light soil water stress＞medium soil water stress＞heavy soil water stress＞no soil water stress, the value are 7.378μmolm~(-2)s~(-1)、4.738μmolm~(-2)s~(-1)、1.794μmolm~(-2)s~(-1) and 1.705μmolm~(-2)s~(-1), respectively.

在土壤水分胁迫下四翅滨藜的净光合速率、水分利用效率、和光补偿点显著降低，暗呼吸速率减弱。7月份各处理Pn全天的累计值和平均值的大小顺序为：轻度土壤水分胁迫＞无土壤水分胁迫＞中度土壤水分胁迫＞重度土壤水分胁迫，它们的值分别为：7.162μmolm~(-2)s~(-1)、6.106μmolm~(-2)s~(-1)、6.103μmolm~(-2)s~(-1)和1.761μmolm~(-2)s~(-1)。8月份各处理的Pn全天累计值和平均值的大小顺序为：轻度土壤水分胁迫＞中度土壤水分胁迫＞重度土壤水分胁迫＞无土壤水分胁迫，它们的值分别为：7.378μmolm~(-2)s~(-1)、4.738μmolm~(-2)s~(-1)、1.794μmolm~(-2)s~(-1)和1.705μmolm~(-2)s~(-1)。9月份四翅滨藜的Pn变化趋势于8月份的变化曲线基本相似，唯一不同的变化就是各个处理的Pn比8月份的要高，这可能于9月份气温降低，湿度增大有关。

The paper is based on the theory of inter-function between water and rock, and losing energy in rock mass, brought forward that the water flow has head loss during water flow intruding through the coal seam effective water-resisting layer and energy waste concept for splitting rock mass, and analyzed the form of the remaining water pressure. Through the simulation experiment in the preventing water capability of water-resisting rocks in the coal seam scaleboard, studied the law, character of the losing in water head waste and the relation to pressure, water-resisting of hydrogeology and engineering geology character. Brought forward the new method of calculating the water inrush coefficient.

通过理论分析和实验研究，本文得出以下结论：高承压水在沿煤层底板隔水层导升过程中存在着明显的压力水头损失；同一地层条件下，煤层底板承压水水头压力越大其导升过程中的水头压力损耗就越大；同一水头压力条件下，地层的渗透性越差其阻水能力越强，水流导升过程中的水头压力损耗也越大；在同一介质中，当初始水头压力不同时，水流在导升过程中水头压力的衰减不同，在同一隔水介质中底板含水层水头压力越大其沿隔水层导升过程中的水头损耗也就越大，水头损耗随底板隔水层水头压力增加而呈递增趋势，另外它们相应的水头衰减速率也呈递增趋势，煤层底板隔

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Just so you know where we're going...

只要让你知道我们的目标。。。

One of his friends acted as the gobetween in his business.

在这件事中，他的一个朋友充当了中间人。