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不同的变化
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  different change
     Cultivars, nitrogen,sulphur significantly influenced the nutritional elements(N,S,P,K,Ca,Mg,Fe) content in pickled leaf mustard,and different change trends were observed.
     品种差异及氮、硫处理对腌制叶用芥菜中营养元素(N、S、P、K、Ca、Mg、Fe)含量均有显著影响,并呈现不同的变化规律。
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     The results show that the tensile strength,tensile modulus and shear strength of the two kinds of composites present different change laws,and the glass transition temperature of composites decreases obviously after hydrothermal aging treatment.
     结果表明,经湿热老化后,两种复合材料的拉伸强度、拉伸模量和剪切强度具有不同的变化规律,复合材料的玻璃化转变温度有较明显地下降。
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     As to hepatic venous spectrum, D wave and S wave showed different change with respiration both in group CP and RCM, however which was not so obvious in normal subjects.
     CP和RCM组肝静脉频谱D值和S值随呼吸呈不同的变化 ,而正常组受呼吸变化影响较小。
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     The birefringence effect of K9 glass was measured with a laser heterodyne interferometer under low pressure (0-3.5kg). It was found that △n,~F and △n_0~F have different change laws,, which are due to the nonuniformity of stress distribution inside asample, and reflect the birefringence charge caused by a practical astrononical lens.
     继文献[1]之后,我们又用激光外差干涉仪测量了K9玻璃低压(0~3.5kg)下的双折射率,发现△~n_o~F和△~n_o~F呈不同的变化规律,这个现象是由样品内部应力分布的不均匀所导致的,反映了实际天文透镜自重引起的双折射率变化。
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     The swelling ratio of the hydrogel also decreases in the salt solution. The swelling ratio of the hydrogels shows different change with increasing the temperature.
     随着温度的升高水凝胶的膨胀比出现不同的变化,凝胶中VBG含量的增加,水凝胶的膨胀比随着温度的升高而下降,凝胶中IA含量的增加,水凝胶的膨胀比随着温度的升高反而升高。
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  “不同的变化”译为未确定词的双语例句
     Various mineral dusts could not induce the change of Ti4+、Pb2+、Zn2+、K+、Na+、Ba2+、P5+ in the culture medium, but could induce different changes of Mn2+、Ca2+、Mg2+、Si4+、Fe3+、Al3+、Ni3+.
     各矿物粉尘均不能引起培养基Ti4+、Pb2+、Zn2+、K+、Na+、Ba2+、P5+浓度的变化,而能引起Mn2+、Ca2+、Mg2+、Si4+、Fe3+、Al3+、Ni3+浓度不同的变化;
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     3. The value of 8H results in 2 groups: under 180s-1,100s-1, 50s-1,30s-1,10s-1 ,3 s-1and 2s-1 shear force ,the data in 2 groups changed, WBV and WRV in experimental group is higher than in control group (P<0.05).
     3.两组实验动物8H时相测量结果:180s-1,100s-1,50s-1,30s-1,10s-1 ,3s-1和 2s-1切变率条件下,前述各指标逐一测量后产生了不同的变化
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     There were different variations with TNF-α、IL-8、IL-10 in serum when dexamethasone was given at different times.
     不同时间应用地塞米松治疗后血清TNF-α、IL-8及IL-10均有不同的变化
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     Result:The free Ca 2+ of mitochondria changed after mitochondria were injured by Fe 2+ /ascorbic acid(2.5/2.5mM) for 30min.
     结果 :2 5 2 .5mMFe2 + 抗坏血酸损伤心肌线粒体 30min后 ,可使线粒体游离钙及其摄钙能力发生不同的变化
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     The morphology variation of GaN layers with Si or Mg doping and the surface defects were studied by optical microscope.
     利用光学显微镜获得了GaN外延膜表面形貌随Si、Mg掺杂量不同的变化规律以及表面缺陷等信息.
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  相似匹配句对
     (2)Different changes.
     (2)引起变化不同
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     The different O.
     不同O.
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     Change
     变化
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     The changes of hair growth with aging
     不同年龄成人头发变化
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     Analysis of Electrocardiogram Change in Different Positions
     不同体位心电图变化分析
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  different change
Also, under the test conditions, different change tendencies of the metal solid fraction were found between castings with different thicknesses and the die.
      
This results not only in quantitative differences in their characteristics but also in a qualitatively different change in the properties of these materials on nitriding.
      
AFM pictures showed that the pits on the corona-treated PE fiber surfaces had different change characteristics in depth compared with in length and breadth with variations of corona power.
      
The results show that the activities of trypsin and chymotrypsin had two different change patterns.
      
A switching regression model with different change-points for individual coefficients and its application to the energy demand e
      
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After the construction of reservior in an alluvial stream, the equilibrium condition of the downstream channel will be upsetted due to the reduction of sediment supply. This will result in a change in the form and gradient of the channel. The direction of the displacement will lead to a reduction of the sediment carrying capacity of the channel, through which the river regains its equilibrium. The whole process is accomplished by the flattening of the bed slope, as suggested by the theories generally accepted...

After the construction of reservior in an alluvial stream, the equilibrium condition of the downstream channel will be upsetted due to the reduction of sediment supply. This will result in a change in the form and gradient of the channel. The direction of the displacement will lead to a reduction of the sediment carrying capacity of the channel, through which the river regains its equilibrium. The whole process is accomplished by the flattening of the bed slope, as suggested by the theories generally accepted at the present. From a study of the fluvial processes of Colorado River and some other streams, it appears that a decrease in channel gradient is one of the three possibilities only, and should not be regraded as an universal rule. In fact, the change in bed slope below an impounding reservoir depends essentially on the geologic and geographic conditions of that area. It is first considered that the channel width does not change materially in the downstream direction. In many of the sandy rivers, there exists, a layer of gravel or pebble below the finer surface material. The inclination of this layer is generally steeper than the present bed slope. After the releasing of clear water from the reservoir, the surface material is carried away and thereby exposing the coarse layer, first near the dam and gradually extended to the downstream. This will result in an uneven erosion along the direction of the flow, and the steepening of the channel gradient is the consequence of such a process. The Colorado Eiver below the Hoover Dam belongs to this case. If the distribution of the bed material in the downstream, direction is more or less uniform, and if there exists no coarse layer within a finite depth below the bed surface, the bed will be degraded as a whole and the channel gradient remains essentially at its initial value. Results of flume study seem to indicate that such is the case. The Colorado Eiver below both the Parker and the Imperial Dam also belongs to this group. Only when there is a base level within a short distance from the dam which controls the depth of scour at that neighborhood, or if ther is a tributary which brings coarser material into the lower part of the reach, will the channel slope below the dam become flatter. On the other hand, if the river is impounded in a gorge and enters a plain not far away from the dam site, the width of the channel on the alluvial fan becomes progressively wider downstream. It is then possible that the depth of degradation decreases in the downstream direction and the slope becomes flatter. This case is well illustrated by one of the rivers in U. S. S. R. It must be realized that no matter how the channel gradient below an impounding reservoir changes, it is mainly through the coarsening of the bed material which makes the channel regains its equilibrium. Two different types of the coarsening of the bed material can be distinguished from the field data available. One of which is the exposing of a gravel or pebble layer below the present alluvium. As soon as this layer is exposed, there will be a sudden jump in the bed material size, and the stream channel becomes stable again. The othertype of coarsening of bed material takes place continuously and at a much slower rate. One often fails to notice the occurence of such a phenomenon, as the size of the bed material only increases in a relatively small amount. Yet, such a small increase in bed material size results in a much significantly rise of the roughness coefficient, by remolding the sand bars on the bed surface. Both the velocity of the flow and the sediment carrying capacity of the channel will be reduced, and the river gradually re-establishes its equilibrium. It is now possible to calculate such a proeess according to the theories on sediment transport and river roughness. Following the coarsening of the bed material, the down-cutting rate of the stream channel decreases with time. Both the flume studies and field measurements indicate that the relationship between the down-cutting rate and the cumulative time of erosion is an exponential one. This study demonstrates that the fluvial processes of an alluvial channel depend very much on the hydrographic conditions of the basin, of which the stream forms a part. One can't visualize the whole aspect of the problem (?)y studying the fluvial proteases through hydraulics, view-point only.

冲积河流上修建水库以后,下游河道将失去平衡。河流为了重新建立平衡,必将发生一系列的变化。本文对这—变化的过程,提出了一些新的概念。根据枢纽下游所在地区的地质地理条件,河流的坡降可以有各种不同的变化。坡降的渐趋和缓只是三种可能性中的一种,不能当做普遍规律来看待。河槽的重新建立平衡,主要是通过河床质的粗化作用。河床质的粗化现象具有两种不同的类型。一种是河床表层复盖物因清水冲刷而外移,露出了底下属于另一地质时代的较粗的卵石层,这时河床质的粒径会发生突变。另一种是由于水流的分迭作用,河床质的变化是连续的,徐缓的。在第二种情况下,河床质的粒径虽然变化不多,但是,通过河底沙垅的加多,却可以使曼宁糙率系数有很快的增加,这就使水流的流速降低,挟沙能力减小,河流逐渐建立起新的平衡。随着河床质的渐次粗化,河床的冲刷下切率与时俱減。野外实测结果及水槽试验成果都指出冲刷率与冲刷历时之间成一指数关系。河床质中不能为水流所挟运的颗粒所占百分比愈大,冲刷率下降得愈快,河道重新恢复平衡所需要的时间也愈短。从黄河下游的具体情况来判断,将来修建枢纽以后,下游河道在承受清水冲刷时可能作整体下降,坡降的变化不会很大。黄河下游的河床质虽然...

冲积河流上修建水库以后,下游河道将失去平衡。河流为了重新建立平衡,必将发生一系列的变化。本文对这—变化的过程,提出了一些新的概念。根据枢纽下游所在地区的地质地理条件,河流的坡降可以有各种不同的变化。坡降的渐趋和缓只是三种可能性中的一种,不能当做普遍规律来看待。河槽的重新建立平衡,主要是通过河床质的粗化作用。河床质的粗化现象具有两种不同的类型。一种是河床表层复盖物因清水冲刷而外移,露出了底下属于另一地质时代的较粗的卵石层,这时河床质的粒径会发生突变。另一种是由于水流的分迭作用,河床质的变化是连续的,徐缓的。在第二种情况下,河床质的粒径虽然变化不多,但是,通过河底沙垅的加多,却可以使曼宁糙率系数有很快的增加,这就使水流的流速降低,挟沙能力减小,河流逐渐建立起新的平衡。随着河床质的渐次粗化,河床的冲刷下切率与时俱減。野外实测结果及水槽试验成果都指出冲刷率与冲刷历时之间成一指数关系。河床质中不能为水流所挟运的颗粒所占百分比愈大,冲刷率下降得愈快,河道重新恢复平衡所需要的时间也愈短。从黄河下游的具体情况来判断,将来修建枢纽以后,下游河道在承受清水冲刷时可能作整体下降,坡降的变化不会很大。黄河下游的河床质虽然很细,同样也存在着粗化的可能。通过粗化作用,可以使河床下切的深度大大减低。

~~

由于电磁铁矽钢片尺寸在加工过程中有不可避免的误差,在加速器按装时,磁轭磁极、中心垫片等元件相对尺寸也不能保证和设计值完全一样,因而使得平衡轨道半径和设计值常常相差几个厘米,再由铁心饱和程度不同,平衡轨道半径亦有不同的变化,因此如果不进行测量和校正,往往得不到应有的γ射线强度。 平衡轨道半径测量仪器是专门设计的,不同的测量方法应用了不同的原理,目前世界上采用的测量方法很多,本文将叙述主要的三种常用测量仪器的工作原理,仪器的设计方法和给出某些实验结果。

1) The activity rhythms of the spotted bollworms Earias fabia, E. insulana and E. cupreoviridis were studied in Lukiang, Yunnan and Kingchow, Hupeh. The following aspects may be summarized as behavioral similarities in these three species:a) The hatching time of the larvae took place mostly between 6 and 8 o'clock in the morning.b) The larvae fed at daytime and particularly at the periods of 8:50 to 12:00 A.M. and 16:00 to 18:00 P.M.c) Molting took place usually in the night.d) The feeding of the moths did not...

1) The activity rhythms of the spotted bollworms Earias fabia, E. insulana and E. cupreoviridis were studied in Lukiang, Yunnan and Kingchow, Hupeh. The following aspects may be summarized as behavioral similarities in these three species:a) The hatching time of the larvae took place mostly between 6 and 8 o'clock in the morning.b) The larvae fed at daytime and particularly at the periods of 8:50 to 12:00 A.M. and 16:00 to 18:00 P.M.c) Molting took place usually in the night.d) The feeding of the moths did not begin until one to three days after emergence and they usually fed more greedily after sunset.e) Oviposition took place alternatively with feeding and frequently at the time shortly after sunset. Most eggs were laid on the 6th to 9th days after emergence.f) Mating were not observed until the second day after emergence and it seemed that the most favorable time was shortly before dawn.2) In Lukiang, before 1957 the cotton was cultivated as a single crop a year, and the cotton was sown in the spring. Under this cultivation system, the damage of the spotted bollworms was not very serious. The population of each species of these spotted bollworms ranked according to the following sequence: E. insulana, E. fabia, E. cupreoviridis. After 1958, the cotton cultivation system in Lukiang was changed and the cotton was sown not only in the spring but also in the summer and autumn. There were plenty of ratoon cotton remaining in the field which provided a very favorable condition for the multiplication of the spotted bollworms. The population sizes were ranked in the order : E. fabia, E. insulana, E. cupreoviridis. In 1961, however, the cotton was sown in the spring only, and the ratoon cotton was also controlled in the fields. Then, the population of E. insulana became greatly increased and dominated over the other two species.

1.鼎点金钢钻各虫期的昼夜活动有一定节律:孵化在白天,以6:00—8:00为主:幼虫取食多在白天,以8:50—12:00和16:00—18:00为主;幼虫蜕皮多在夜间,以20:00—23:00为主;成虫取食和产卵交互进行,日落后2/小时是高峰;交配多在下半夜,以4:00—5:00为主。 成虫一生的取食、交配和产卵,也有其节律性。取食以羽化后第一至第三天为多:交配多在第二天晚上;第六至第九天是产卵高峰。 翠纹金钢钻和埃及金钢钻的活动节律与鼎点金钢钻相似。了解其活动情况,对开展防治有一定参考意义。 2.随着栽培制度的改变,从1957—1962年,在云南省保山潞江棉区翠纹金钢钻和埃及金钢钻种间优势有截然不同的变化:1957年以前,该地是一年一季棉花,棉田中以埃及金钢钻为主Z从1958年开始,改种多季棉(春播、夏播、秋播和再生棉等),到1960年翠纹金钢钻则占绝对优势;1961年又改为一季棉,到1962年埃及金钢钻又复上升为优势种。 云南几个棉区,在同一年内,都表现为在湿季翠纹金钢钻比例大,干季埃及金钢钻又相应增加。 在长江流域大部棉区,棉花生长前期以鼎点金钢钻为主,后期则以翠纹金钢钻为主。

 
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