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depth of charge
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  装药深度
     A regression method from mathematical statistics is used to process data obtained from crater tests with spherical charge in an attempt to find out an optimal scaling exponent β, which is the result of changing the original values of crater parameters and depth of charge into scaling values with linear dimensional unit Q~β.
     本文运用数理统计中的回归分析法,对球状装药爆破漏斗的试验数据进行处理,以Q~β为线性尺寸单位将漏斗参数和装药深度的原始值化成比例值,并找出更为合适的比例指数β。
短句来源
     A regression method from mathematical statistics is used to process data obtained from crater tests with spherical charge in an attempt to find out an optimal scaling exponent P, which is the result of changing the original values of crater Parameters and depth of charge into scaling values with linear dimensional unit Qβ.
     本文运用数理统计中的回归分析法,对球状装药爆破漏斗的试验数据进行处理,以Q~β为线性尺寸单位将漏斗参数和装药深度的原始值化成比例值,并找出更为合适的比例指数β。
短句来源
  “depth of charge”译为未确定词的双语例句
     The optimal eccentricity of the rod stirrer was 2α/D_0=1/3-1/2,and the optimal depth of charge was H_0/D_0=1/2~4/5. When the modified Froud Number is increasedover a certain value, splashing increases seriously.
     偏心距的最佳比值为2a/D_0=1/3~1/2; 熔池的最佳装入深度H_0/D_0=1/2~4/5;
短句来源
     The theoretical calculation of Zn-Pb and Zn-Cd systems show good separation of Zinc and lead, the possibility of separation of Zinc and Cadmium when t=650 C, (Zn%)liquid>98% and the separation coefficient βPb=2.274×10~-3, βCd=26.752. The temperature, pressure,depth of charge and time are investigated.
     由理论计算得到650℃时,在Zn—Ph及Zn—Cd系富锌端,分离系数βPb=2.274x10~-3,βCd=26.752,说明锌铅分离效果很好,锌镉仍有可能分离。
短句来源
     It is shown by analysis that under the test conditions, when β=0.28, the polynomial regression equation with scaling parameters of crater and scaled depth of charge can be changed into a multivariate linear regression equation, and its linear regression being most evident.
     分析表明,在本试验条件下,采用指数β=0.28,并将漏斗比例参数对装药比例深度的多项式回归方程变换为多元线性回归方程,其直线回归最为显著。
短句来源
     It is shown by analysis that under the test conditions, when β=0.28, the polynomial regression equation with scaling parameters of crater and scaled depth of charge can be changed into a multivariate linar regression equation, and its linear regression being most evident.
     分析表明,在本试验条件下,采用指数β=0.28,并将漏斗比例参数对装药比例深度的多项式回归方程变换为多元线性回归方程,其直线回归最为显著。
短句来源
     Under the simulation conitions, it is revealed that the depth of charge is a factor controlling the relationship between the two damage zones.
     模型还揭示了炸药理课是这两个破坏带相关性的控制因素。
短句来源
  相似匹配句对
     The passive ranging technology of moored depth charge
     悬浮式深弹的被动测距技术
短句来源
     The Calculation for Penetration Depth of Linear shaped Charge.
     线性聚能装药破甲深度的计算
短句来源
     THE STUDY OF FEASIBILITY OF THE COMBINATION FUZE OF DEPTH CHARGE
     深弹新型复合引信分析及可行性研究
短句来源
     And it is the in-depth and extension of the principle of"the party be in charge of cadre".
     党管人才原则是党管干部原则的深化和延伸。
短句来源
     Analysis for Efficiency of Depth Charge Weapon System
     深弹武器系统效能分析
短句来源
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  depth of charge
Evaluation of the Distribution Depth of Charge Injected by Direct-Current Discharge Plasma into Thin Polyimide and Poly(ethylene
      
Cycle life is affected by ambient temperature, as well as depth of charge and discharge.
      


The mixing phenomenon of powdered desulfurizing agents in liquid iron with a rod stirrer was invest-igated by means of hydrodynamic modelling with a special bubbling-polymerized styrene particles, andan aqueous solution of glycerine. Particle concentration was measured automatically with a heliumneonlaser. The relationship between the relative differntial concentration of the particles, (C_0-C)/C_0, andthe modified Froud Number, F′_r, was established by varying the vessel diameter, D_0, depth ofcharge, H_0,...

The mixing phenomenon of powdered desulfurizing agents in liquid iron with a rod stirrer was invest-igated by means of hydrodynamic modelling with a special bubbling-polymerized styrene particles, andan aqueous solution of glycerine. Particle concentration was measured automatically with a heliumneonlaser. The relationship between the relative differntial concentration of the particles, (C_0-C)/C_0, andthe modified Froud Number, F′_r, was established by varying the vessel diameter, D_0, depth ofcharge, H_0, rod diameter, d, its eccentricity, a, and immersion depth, h, and the rotational speed, N,of stirring, as follows: C_0-C/C_0 ×100=exp{4.6-840[F′r (2a+d)~2/D_0H_0]}Experimental results indicated thatincreasing the rod diameter did not affect the relative mixing concentration, in the range 1/6≥d/D_0≥1/12. But C/C_0 reached a maximum when h/H_0=1/5-1/3. If the depth of immersion exceeded theabove value, however, C/C_0 decreased. The optimal eccentricity of the rod stirrer was 2α/D_0=1/3-1/2,and the optimal depth of charge was H_0/D_0=1/2~4/5. When the modified Froud Number is increasedover a certain value, splashing increases seriously. The above conclusions are in good agreement withhot model experiments and may be proposed for scale-up.

用水力学模型试验研究了搅拌法脱硫过程中,脱硫剂在铁水中的混合现象。用特制的聚苯乙烯发泡粒子模拟脱硫剂,用水-甘油溶液模拟铁水。根据激光经粒子散射后光强随通过的粒子数而变化的关系,利用氦-氖激光器,光电接收器,电子自动电位差计系统,自动记录光强,以测定粒子混合浓度。在动力学相似和几何相似条件下,改变熔池直径D_o、装入深度H_o、搅拌杆直径d、偏心距a、插入深度h、转速N等参数,求得了相对混合浓度差(C_o-C)/C_o与修正的弗鲁德准数F_(r)′之间的关系式: (C_0-C)/C_0×100=exp{4.6-840[(F_r)′(2a+d)~2/D_0H_0]~2} 试验结果表明,1/6≥d/D_0≥1/12时,加大搅拌杆直径d,对粒子相对混合浓度C/C_0的影响不大;而h/H_0=1/5~1/3时,C/C_0值最大,若搅拌杆插入深度超过上述范围时,C/C_0值反而减小;偏心距的最佳比值为2a/D_0=1/3~1/2;熔池的最佳装入深度H_0/D_0=1/2~4/5;修正的弗鲁德准数超过一定值时,则飞溅严重。这些试验结果与热模试验结果基本相符,并可为放大设计提供参考。

A regression method from mathematical statistics is used to process data obtained from crater tests with spherical charge in an attempt to find out an optimal scaling exponent β, which is the result of changing the original values of crater parameters and depth of charge into scaling values with linear dimensional unit Q~β. It is shown by analysis that under the test conditions, when β=0.28, the polynomial regression equation with scaling parameters of crater and scaled depth of charge can be changed...

A regression method from mathematical statistics is used to process data obtained from crater tests with spherical charge in an attempt to find out an optimal scaling exponent β, which is the result of changing the original values of crater parameters and depth of charge into scaling values with linear dimensional unit Q~β. It is shown by analysis that under the test conditions, when β=0.28, the polynomial regression equation with scaling parameters of crater and scaled depth of charge can be changed into a multivariate linear regression equation, and its linear regression being most evident.

本文运用数理统计中的回归分析法,对球状装药爆破漏斗的试验数据进行处理,以Q~β为线性尺寸单位将漏斗参数和装药深度的原始值化成比例值,并找出更为合适的比例指数β。分析表明,在本试验条件下,采用指数β=0.28,并将漏斗比例参数对装药比例深度的多项式回归方程变换为多元线性回归方程,其直线回归最为显著。

A regression method from mathematical statistics is used to process data obtained from crater tests with spherical charge in an attempt to find out an optimal scaling exponent P, which is the result of changing the original values of crater Parameters and depth of charge into scaling values with linear dimensional unit Qβ. It is shown by analysis that under the test conditions, when β=0.28, the polynomial regression equation with scaling parameters of crater and scaled depth of charge can be changed...

A regression method from mathematical statistics is used to process data obtained from crater tests with spherical charge in an attempt to find out an optimal scaling exponent P, which is the result of changing the original values of crater Parameters and depth of charge into scaling values with linear dimensional unit Qβ. It is shown by analysis that under the test conditions, when β=0.28, the polynomial regression equation with scaling parameters of crater and scaled depth of charge can be changed into a multivariate linar regression equation, and its linear regression being most evident.

本文运用数理统计中的回归分析法,对球状装药爆破漏斗的试验数据进行处理,以Q~β为线性尺寸单位将漏斗参数和装药深度的原始值化成比例值,并找出更为合适的比例指数β。分析表明,在本试验条件下,采用指数β=0.28,并将漏斗比例参数对装药比例深度的多项式回归方程变换为多元线性回归方程,其直线回归最为显著。

 
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