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实验矩阵
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  experimental matrix
     An L9 experimental matrix design based on Taguchi method was conducted to optimize the tensile strength of injection-molded glass fiber-reinforced PA66 (Zytel 70G33L) with and without weld lines.
     针对纤维增强PA6 6 (Zytel70G33L) ,利用Taguchi方法设计了L9实验矩阵 ,并采用标准变量分析方法 ,分析了注射压力、熔体温度、注射流率和保压压力等工艺因素对具有熔接线和无熔接注塑件拉伸强度的影响 ,预测最优的拉伸强度和工艺条件。
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     L9experimental matrix based on warpage theory and Taguchi experimental technique was used to simulate plastic injection forming process. The influence of technological factors such as mould temperature,melt temperature,injection rate and packing pressure on the warpage of com-ponents was analyzed by the method of standard variable analytical procedure.
     在分析翘曲变形理论的基础上,利用Taguchi实验方法设计了L9实验矩阵对塑件注射成型过程进行模拟研究,并采用标准变量分析方法,分析了模具温度、熔体温度、注射速率、保压压力等工艺因素对塑件翘曲变形的影响。
短句来源
     A L9 experimental matrix design based on Taguchi method was conducted to reslove the defect of weld lines in fiber-reinforced PA66 injection molding. The effect of factors such as injection pressure, melt temperature, injection rate and packing pressure on the tensile strength of weld lines was analyzed. The optimum tensile strength and processing conditions were predicted and a good agreement with the experimental results was obtained.
     针对注塑过程中纤维增强PA66制品出现的熔接痕缺陷,利用Taguchi方法设计了L9实验矩阵,分析了注塑压力、熔体温度、注射速率和保压压力等工艺因素对注塑件熔接痕拉伸强度的影响,预测了最大拉伸强度和最佳工艺条件,与实验结果具有很好的一致性。
短句来源
     6. An L9 experimental matrix design based on Taguchi method are conducted to optimize the injection molded part strength with or without weld lines. Four factors, viz. injection pressure, melt temperature, injection rate and packing pressure, are selected in the experiments.
     6.论文利用Taguchi方法设计了L9实验矩阵,分析了注射压力、熔体温度、注射流率和保压压力等工艺因素对具有熔接线和无熔接线试样的力学行为影响程度,预测了最优的拉伸强度和工艺条件,与实验取得了很好的一致。
短句来源
     The optimized magnetic ciases corresponding to different prestresses were ascertained through the experimental matrix. The optimized prestress and magnetic bias should be defined depending on the performance demands of actuators in the actual actuator design.
     预应力和磁偏置的实验矩阵确定了不同预应力对应的优化偏置磁场,实际设计中需根据致动器要求确定优化的偏置条件。
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  “实验矩阵”译为未确定词的双语例句
     Practice proves that, using the solution of generalized inverse response problemto physical parameter identification, is applicable not only to catenulate structure, butalso to complicated structure. Using the method, we can change parameteridentification into a mathematic problem after building model, experiment, matrixtransfer. Our practice proves it applicable to use generalized inverse response theoryto physical parameter identification.
     通过实践证明将逆分析方法应用到物理参数领域不仅适用于链状结构还可以适用于复杂结构通过这种方法可以把参数识别这一复杂的实际问题通过建模实验矩阵变换等最后变成一个数学领域的解线性方程组问题从而使问题得到简化通过实践证明了该方法具有一定的可行性
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  相似匹配句对
     Laboratory;
     实验;
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     Covariance matrix of experimental data
     实验数据的协方差矩阵
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     The experimental result are given as follows:
     实验
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     THE EXPERIMENT ANALYSIS OF SIMULATED ACTIVE-MATRIX FOR LIQUID CRYSTAL DISPLAY
     模拟有源矩阵液晶显示的实验分析
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     F-matrices
     F-矩阵(英文)
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  experimental matrix
The levels and transitions are well reproduced by the shell model with experimental matrix elements and pure configurations.
      
Experiments were designed to simulate possible larval entrainment in the cooling systems of power plants and involved an 11 (temperature)x8(time-exposure) experimental matrix.
      
A procedure, analogous to that originally devised by Thurstone and presented by Saffir, is outlined for the typical experimental matrix of incomplete data.
      
The CO2 compensation point was very low a high light and low CO2 and increased at low light and high CO2 and there were significant interactions between light and CO2 on the CO2 compensation point throughout the entire experimental matrix.
      
Consequently, an attempt is made to provide a framework into which models could be inserted, and then validated by means of an efficient experimental matrix.
      
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A L9 experimental matrix design based on Taguchi method was conducted to reslove the defect of weld lines in fiber-reinforced PA66 injection molding. The effect of factors such as injection pressure, melt temperature, injection rate and packing pressure on the tensile strength of weld lines was analyzed. The optimum tensile strength and processing conditions were predicted and a good agreement with the experimental results was obtained.

针对注塑过程中纤维增强PA66制品出现的熔接痕缺陷,利用Taguchi方法设计了L9实验矩阵,分析了注塑压力、熔体温度、注射速率和保压压力等工艺因素对注塑件熔接痕拉伸强度的影响,预测了最大拉伸强度和最佳工艺条件,与实验结果具有很好的一致性。

An L9 experimental matrix design based on Taguchi method was conducted to optimize the tensile strength of injection-molded glass fiber-reinforced PA66 (Zytel 70G33L) with and without weld lines. Based on a standard analysis of variance (ANOVA), it has been found that the relative significance of each factor on the weld line strength is arranged in decreasing order of melt temperature (F=70.98%), packing pressure (F=14.12%), injection velocity (F=13.14%) and injection pressure (F=0.82%). Under the optimum factors...

An L9 experimental matrix design based on Taguchi method was conducted to optimize the tensile strength of injection-molded glass fiber-reinforced PA66 (Zytel 70G33L) with and without weld lines. Based on a standard analysis of variance (ANOVA), it has been found that the relative significance of each factor on the weld line strength is arranged in decreasing order of melt temperature (F=70.98%), packing pressure (F=14.12%), injection velocity (F=13.14%) and injection pressure (F=0.82%). Under the optimum factors levels, the predicted optimum tensile strength is 156.44MPa and in good agreement with the confirmative experimental result 164.987MPa, while the weld lines are strengthened approximately by 20%~50%.

针对纤维增强PA6 6 (Zytel70G33L) ,利用Taguchi方法设计了L9实验矩阵 ,并采用标准变量分析方法 ,分析了注射压力、熔体温度、注射流率和保压压力等工艺因素对具有熔接线和无熔接注塑件拉伸强度的影响 ,预测最优的拉伸强度和工艺条件。研究表明 :在所选择的工艺因素中 ,对熔接线强度影响程度依次为熔体温度 (F =70 98% )、保压压力 (F =14 12 % )、注射速度 (F =13 14 % )和注射压力 (F =0 82 % )。在优化工艺组合下熔接线强度提高了 2 0 %~ 5 0 % ,所预测熔接线的最优拉伸强度为 15 6 4 4MPa ,与具体实验值16 4 98MPa符合得较好

This paper pointed out that prestress and magnetic bias were important factors to impact the performances of actuators,according to the theory of magnetorstriction.From the experiments of different prestresses without magnetic bias and different magnetic biases without prestress,it was deduced that the actuator output can be improved significantly by appropriate prestress and magnetic bias.The optimized magnetic ciases corresponding to different prestresses were ascertained through the experimental matrix.The...

This paper pointed out that prestress and magnetic bias were important factors to impact the performances of actuators,according to the theory of magnetorstriction.From the experiments of different prestresses without magnetic bias and different magnetic biases without prestress,it was deduced that the actuator output can be improved significantly by appropriate prestress and magnetic bias.The optimized magnetic ciases corresponding to different prestresses were ascertained through the experimental matrix.The optimized prestress and magnetic bias should be defined depending on the performance demands of actuators in the actual actuator design.

从分析Terfenol-D材料的磁致伸缩机理出发,引申出预应力和偏置磁场是影响超磁致伸缩致动器性能的重要因素。零偏置磁场驱动下不同预应力对致动器位移输出影响的实验和零预应力下两种偏置磁场对致动器输出性能的比较实验,验证了合理选择预应力和偏置磁场可有效地改善致动器性能的论点。预应力和磁偏置的实验矩阵确定了不同预应力对应的优化偏置磁场,实际设计中需根据致动器要求确定优化的偏置条件。

 
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