正交回归的英文

• orthogonal regression

• "正交"英文翻译    orthogonal; perpendicular; n ...
• "回归"英文翻译    recurrence; regression; flyb ...
• "正交回归线" 英文翻译 :    orthogonal regression line
• "正交回归参数" 英文翻译 :    orthogonal regression parameters
• "回归正交设计" 英文翻译 :    regression-orthogonal design
• "正交多项式回归" 英文翻译 :    orthogonal polynomial regression
• "回归" 英文翻译 :    recurrence; regression; flyback◇回归年 [天文学] (太阳年) tropical year; 回归热 [医学] relapsing fever
• "正交" 英文翻译 :    [数学] [物理学] [电学] orthogonal; perpendicular; normal; orthogonality; quadrature
• "不相交回路" 英文翻译 :    disjoint circuit
• "交回单位" 英文翻译 :    returned flat
• "交回管有" 英文翻译 :    de fd liver xqxwod up possession
• "交回管有权" 英文翻译 :    deliver up possession; deliver upossession
• "交回规定" 英文翻译 :    surrenderrequirement
• "交回土地" 英文翻译 :    surrender of land
• "自愿交回" 英文翻译 :    voluntarily surrender
• "交回提单副本" 英文翻译 :    release note receipt signed by customer acknowledging delivery of goods; surrender o b/l copies for consignment
• "工具已尽数交回" 英文翻译 :    all the tools have been handed in
• "交回土地的价值" 英文翻译 :    surrender value; surrendervalue
• "腾空交回管有权" 英文翻译 :    deliver up vacant possession; deliver uvacant possession
• "97回归" 英文翻译 :    transfer of the sovereignty of hong kong
• "cox回归" 英文翻译 :    cox regression
• "单回归" 英文翻译 :    simple regression; single regression
• "非回归" 英文翻译 :    non recurrent
• "复回归" 英文翻译 :    multiple regression
• "回归（俄）" 英文翻译 :    the return/vozvrashcheniye

• An orthogonal regression experiment on the elastic module of fill in xincheng gold mine
  新城金矿充填体弹性模量的正交回归试验研究
• With the regress - orthogonal design and the conversion of reducing sugar as the index , the three important factors - the accession of honey , the substitutability of soy protein isolates and the inoculation - which play an important part in honey ferment sour milk were analysed and studied
  摘要以还原糖转化率为指标，利用正交回归组合设计对蜂蜜发酵酸奶中三个重要因素：蜂蜜添加量、大豆分离蛋白替代度和接种量进行研究，拟合出回归方程。
• On the basis of test results , the effects of operation parameters such as material thickness , heating temperature and pressure of drying chamber on vacuum freeze drying are discussed . aiming at decreasing drying time and reducing energy consumption , these parameters are optimized and optimization results agree well with actual results
  在三因素二次正交回归试验的结果分析的基础上，利用降维分析方法探讨了冻干厚度、加热板温度和系统的真空度对干燥时间和干燥能耗的影响，并对混合加热条件下单位水分能耗和冻干生产率进行了优化分析。
• Under different rev and loads , the optimal diesel / alcohol proportion would be different . in order to find out the change rule of optimal diesel / alcohol proportion , an orthogonal regression rotating experiment of three factors ( rev , diesel / alcohol proportion and load ) at five levels has been carried out . based on the experiment , four regression equations including energy consumption , soot emission , noise level , and power equations concerning the three factors have been established
  在性能试验的基础上，还进行了三因素五水平的二次正交回归旋转组合试验，建立了能耗率、烟度、噪声、功率与转速、酒精掺烧率及负荷率之间的回归模型，通过分析可知，这些模型具有较高的可信度；利用这些模型，本文最后对不同工况下的最佳酒精掺烧率进行优化分析，并利用正交多项式回归，求出了最佳掺烧率与转速、负荷之间的回归模型，该模型在今后的深入研究中将起到一定的指导作用。
• But for real microfiltration , the distribution of shear stress on the membrane of the module with outside helical flow would have benefit to make smaller number of particles deposit on the membrane . ( 2 ) by means of orthogonal test and regression method , four new models , trans - membrane pressure model , flux model , trans - module pressure drop model , and efficiency model , were established , which roundly describe the performance of outside helical mf by depicting the flux , energy loss , and handling capacity simultaneously
  ( 2 )采用正交回归实验，在无颗粒沉积的理想情况下，建立基于层流数值解的膜器跨膜压力损失模型、过滤通量模型、过膜器的压力损失模型和膜器过滤效率模型，首次从通量、能量损失及膜器对料液的处理能力等三个方面，更全面地对外旋流方式下的微滤过程进行了描述。
• Qualified heat recovery rate acquired from the merge equation ' s resolve in terms of the fortran program and the hvac - id graph in the course of the theory calculation . determining the experimental equations applying the ortho imitated experimental design on the basis of the simple spray chamber . the experimental date originated running double - spray chamber ' s entrance and exit air
  理论计算中通过编制的fortran程序求解组合方程组，并结合hvac - id图求得符合要求的热回收率，其间试验公式是在单喷水室的基础上采用一次正交回归试验设计得到，试验结果是通过对运行的双喷系统中的室内外空气进出口状态参数进行测定而得到。