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乘幂方程
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  the power equation
     the power equation was =0.001×body mass0.990 9;
     乘幂方程=0.001×体质量0.9909;
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  “乘幂方程”译为未确定词的双语例句
     3)The N-releasing curve of CH50 in water could be simulated by logarithmic equation; but could be by power equation for CH51 and S shape for LPS.
     3)自行研制的包膜尿素CH5 0和CH5 1在水中的释放曲线分别符合对数方程和乘幂方程 ,而日本出品的包膜尿素 (LPS)的氮素释放曲线为S型 ;
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     The dynamics of soil nutrient release was fit to equation RAQ (i,t) =at b (a and b are the constants, RAQ m eans resin adsorption quantity, t means incubation time).
     不同温度下土壤养分释放动态适合于乘幂方程RAQ(i,t) =atb,其中 ,RAQ(i,t) 表示树脂球 t天内所吸收的i养分离子量 (μmol/cm2 ) ,a、b为常数 ,t为培养时间
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     RESULTS: ① A regression equation in two unknowns for calculating body volume was established: y=0.006 16+0.000 022×body height+0.000 756×body mass.
     对数方程为y=0.0508ln穴体质量雪-0.1524; 乘幂方程为y=0.0018×体质量0.8409;
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  相似匹配句对
     The equation is an extensiveSchrodinger one.
     dinger方程
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     THE EQUATION OF MAGNETIC LINE OF FORCE
     磁力线方程
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     the power equation was =0.001×body mass0.990 9;
     乘幂方程=0.001×体质量0.9909;
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  the power equation
The relationship was best described by the power equation BF = 0.1107*CL2.9241 (r2 = 0.74).
      
This follows from the fact that the physical parameters of the accreting matter itself, rather than the boundary values at the event horizon of the black hole, appear in the power equation.
      
Discriminant analysis using the power equation y=axb was negative for caudal fin span (S) versus fork length (FL) in C.
      
It is suggested that power liberated in the joints should be judged as the source of power in the power equation.
      
The power equation f(x) =?AxB has been applied to fit the curves of dry weight vs.
      
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Combining to soll basic category taxonomy of Sichuan,son\me soll series of Purple Canbisols were choosed.The soll water evaporation properties amd correlated between soll water evaporation property amd soll structure property were studied,Soll particle size distribution and soll microaggregate composition were especially discussed in this paper.Results showed that the soll water evaporation had the obvious stages.There were power relationships between soll cumulative water evapontion amd soll evaporation duntion.Sollevaporation...

Combining to soll basic category taxonomy of Sichuan,son\me soll series of Purple Canbisols were choosed.The soll water evaporation properties amd correlated between soll water evaporation property amd soll structure property were studied,Soll particle size distribution and soll microaggregate composition were especially discussed in this paper.Results showed that the soll water evaporation had the obvious stages.There were power relationships between soll cumulative water evapontion amd soll evaporation duntion.Sollevaporation speed positivoy correlated to<0.001mm soll paticle content amd negatively correlated to>0.25mm soll microaggregate composition obvioualy.

结合四川土壤基层分类 ,选取四川紫色雏形土的几个土系 ,对土壤的水分发性能及其与土壤结构性尤其是机械组成和微团聚体组成的相关关系分析发展 ,土壤水分蒸发具有明显的阶段性 ;土壤水分累积蒸发量与蒸发历时之间总体上符合乘幂方程 ;土壤蒸发速度与〈0 .0 0 1mm的颗粒含量呈明显相关关系 ,与 >0 .2 5mm的大团聚体含量呈明显负相关关系。

Both “Dip in water” and “Incubation in soil” methods were used to investigate the releasing characteristics of the coated urea. The applied scope of the two methods was ascertained according to the correlation analysis. Pot experiments were conducted to evaluate the relationship between N-releasing curve of the coated urea and the N-absorbing model of crops . The results showed that: 1)The method “Dip in water” could be used to evaluate the releasing characteristics and control production quality on-line; 2)The...

Both “Dip in water” and “Incubation in soil” methods were used to investigate the releasing characteristics of the coated urea. The applied scope of the two methods was ascertained according to the correlation analysis. Pot experiments were conducted to evaluate the relationship between N-releasing curve of the coated urea and the N-absorbing model of crops . The results showed that: 1)The method “Dip in water” could be used to evaluate the releasing characteristics and control production quality on-line; 2)The releasing characteristics of polymer-coated urea in soil was in accordant with those in potted rice; 3)The N-releasing curve of CH50 in water could be simulated by logarithmic equation; but could be by power equation for CH51 and S shape for LPS. 4)The N-releasing process of LPS in water and soil could be divided into three stages: (a)No releasing, (b)Quick releasing, (c)Slow releasing. However, there were no distinct stages in N-releasing process of CH50 and CH51. 5)The N-releasing process of LPS (coated urea, produced by Japan) was in accordance with the nutrients uptake model of rice.

采用水浸法和土壤培养法测定了高聚物包膜尿素肥料的氮素释放特性 ,并用相关分析确定 2种方法的应用范围 ;通过盆栽试验评价了包膜尿素氮素释放特性与水稻需肥规律的吻合性。结果表明 :1)水浸法可用于高聚物为主要膜材料的包膜尿素氮素释放特性的评价 ;2 )土壤培养法可用于评价包膜肥料的实际释放特性 ;3)自行研制的包膜尿素CH5 0和CH5 1在水中的释放曲线分别符合对数方程和乘幂方程 ,而日本出品的包膜尿素 (LPS)的氮素释放曲线为S型 ;4 )LPS在水浸法和土壤培养法中的氮素释放过程可分 3阶段即延迟释放阶段 (迟释期 )、快速释放阶段和缓速释放阶段 ,而CH5 0和CH5 1两种肥料的氮素释放没有明显的阶段区分 ;5 )盆栽试验证明LPS的养分释放特征更接近于水稻的需肥规律。

Nutrients (N, P, K, Ca, and Mg) release from paddy soil were studied under diff erent temperatures(15℃, 25℃, 35℃ ) by using UNIBEST(the universal bioavailabi lity environment/test) ion-exchange resin method. Results showed that the rele ase of N, P significantly increased with temperature increased. During seven wee ks incubation, N accumulative extraction at 25℃ and 35℃ were 91% and 189% more than that at 15℃, respectively. The P accumulative extraction at the sam e period at 25℃ and 35℃ were 131% and 393%...

Nutrients (N, P, K, Ca, and Mg) release from paddy soil were studied under diff erent temperatures(15℃, 25℃, 35℃ ) by using UNIBEST(the universal bioavailabi lity environment/test) ion-exchange resin method. Results showed that the rele ase of N, P significantly increased with temperature increased. During seven wee ks incubation, N accumulative extraction at 25℃ and 35℃ were 91% and 189% more than that at 15℃, respectively. The P accumulative extraction at the sam e period at 25℃ and 35℃ were 131% and 393% more than that at 15℃, resp ectively. Effect of temperature on the release of K, Ca, and Mg in soil was rela tively small. The dynamics of soil nutrient release was fit to equation RAQ (i,t) =at b (a and b are the constants, RAQ m eans resin adsorption quantity, t means incubation time).

采用”通用佳”离子交换树脂球法研究了 3种不同温度下 (15℃、2 5℃、3 5℃ )淹水土壤氮、磷、钾、钙、镁等养分释放的动态规律。结果表明 ,温度升高对土壤氮和磷释放有明显的促进作用。 7周内离子交换树脂对N的累积提取量 ,2 5℃和 3 5℃时比 15℃分别增加了 91%和 189% ;同期对P的累积提取量 2 5℃和 3 5℃时比 15℃分别增加了 13 1%和 3 93 % ;温度对土壤钾钙镁释放的影响相对较小。不同温度下土壤养分释放动态适合于乘幂方程RAQ(i,t) =atb,其中 ,RAQ(i,t) 表示树脂球 t天内所吸收的i养分离子量 (μmol/cm2 ) ,a、b为常数 ,t为培养时间

 
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