校正量的英文

• calibrating data
• correcting value

• "校正"英文翻译    check; correction; adjust; r ...
• "量"英文翻译    measure capacity
• "管口校正量" 英文翻译 :    end-correction
• "校正量规" 英文翻译 :    alignment gauge
• "静校正量范围" 英文翻译 :    statics range
• "微分静校正量" 英文翻译 :    differential statics
• "薛伯氏校正量" 英文翻译 :    sheppard's correction
• "端部修正，管口校正量" 英文翻译 :    end-correction
• "校正值修正量补值" 英文翻译 :    correction
• "正量" 英文翻译 :    positive quantity; commercial weight
• "校正" 英文翻译 :    check; correction; adjust; revise; proofread and correct; rectify; calibrate; make true; master check; [航空; 航海] correcting; adjustment; amendment; updating; zeroing-in; rectification; trim; collimating 校正错字 correct misprints; 校正键 check key; 校正轮 correcting wheel; 校正罗盘 compass calibration; compass swing; 校正装置 correcting unit; corrector; 校正作用 corrective action
• "改正量" 英文翻译 :    correction; reduction
• "规正量" 英文翻译 :    correction
• "修正量" 英文翻译 :    correcting data
• "正量。原量。" 英文翻译 :    commercial weight
• "正量部" 英文翻译 :    sammatiyah; sammitiya
• "z修正量" 英文翻译 :    z correction
• "半径改正量" 英文翻译 :    augmentation of semidiameter; semi-diameter augmented
• "表定修正量" 英文翻译 :    differential effect
• "测音修正量" 英文翻译 :    acoustic correction
• "初速修正量" 英文翻译 :    correction of muzzle velocity; velocity adjustment
• "传播改正量" 英文翻译 :    propagation correction
• "船表改正量" 英文翻译 :    watch correction
• "船钟改正量" 英文翻译 :    watch correction
• "大圆改正量" 英文翻译 :    arc to chord correction

• Hence, the pendulum is overcorrected during the initial stages of an acceleration and is undercorrected immediately following an acceleration .
  因此，在加速度开始作用阶段校正量过大，而在加速度作用过后校正量不足。
• Rebuilding near - surface velocity field is very important for calculating statics
  摘要近地表速度场的重建是获得准确静校正量的关键。
• This paper presents a static correction method by using the first - arrival times in raw seismic data
  本文提出一个用折射波初至时间计算静校正量的新方法。
• Consequently , there are much more noises in seismic acquisition , and static correction is difficult , and the seismic record is lower resolution and lower signal - to - noise , seismic data is far from the need of seismic interpretation
  受其影响，在地震勘探的采集过程中产生了大量的干扰波，使得地震勘探静校正量大，干扰严重，造成地震资料信噪比和分辨率低，远远不能满足地震解释的需要。
• The inversion results of the theory model and actual data show that the method can reconstruct near - surface velocity field of complex structure stably , quickly and accurately , thus , can calculate the statics and ensure structural imaging in complex area
  理论模型和实际资料的反演结果表明，该方法能稳定、快速、准确地重建复杂地区的近地表速度场，建立准确的近地表速度场，从而可计算准确的静校正量，保证复杂地区的构造成像。
• The self - tuning algorithm of the parameter adopts eigenvalue of the systemic error and derivative error and so on . thus this method can overcome the disadvantage of the previous method which make the calibrating date not match up to the moveable track of the system , and improve the adaptability , rapidity and robustness of the human simulating intelligent control ' s algorithm
  该方法将误差、误差导数等特征量引入参数在线校正公式，克服了以往采用盲目搜索法时校正量与系统实际运行轨迹不匹配的缺点，提高了仿人智能算法的适应性，快速性和鲁棒性。
• The improved algorithm has three steps : 1 ) estimating the statics ; 2 ) selecting the best coherent time window from the common - receiver - point stack profile for the coherent computation and calculating the statics ; 3 ) correcting the value of " statics " by the underground structures corresponding to the formation of the p waves
  算法可以分3步进行：估算静校正量；在共接收点叠加剖面上选择一个最优相千时窗进行相干运算，求取静校正量；根据纵波对应层位的地下构造对相于结果进行校正。
• In this dissertation , the method of field primary static correction and refraction statics are applied together is given firstly , avoid the fault of using refraction static alone ; compile the program of calculating static values , studying the automatic residual statics multiple iterating technique . practical data processing shows that the static correction processing flow given in this dissertation is feasible
  本文首次使用了野外静校正和折射波静校正联合处理的方法，避免了折射波静校正孤立使用的缺点，编制了计算低降速带静校正量的应用程序，研究了自动剩余静校正的多次迭代技术，在塔里木地区地震资料处理应用中，见到了明显效果。
• We describe three static methods : field primary static correction , refraction statics and automatic residual statics , and then introduce the principle of the three static methods . second , the dissertation gives the method of elevation statics , calculating static values by using minor refraction data , first - break pickup method and residual technique
  其次，重点阐述了1 、野外静校正方法中地面高程校正的过程、利用小折射测量数据计算低降速带静校正量的算法； 2 、应用现有的折射波静校正软件进行初至拾取及静校正量计算的操作要领； 3 、自动剩余静校正多次迭代技术。
• The algorithm of strapdown inertial navigation system is also discussed and then use the flight - track generator to give a simulation , since a closed loop feedback integrated navigation system is designed in this paper , and the output of the filter must feed back to the strapdown inertial navigation system , the analysis of the algorithm in strapdown inertial navigation system is important . the scheme to design the trajectory of gps and the simulation of gps constellation are then studied , the simulation of gps constellation is given from the calculation of vernal equinox base on the principle of celestial mechanics , this method of different from other methods given by other paper and is useful to the research of satellite navigation system . a new method to abstract noise modal in integrated navigation system is proved to be useful in practice , this method , which is given by use the principles of stochastic processes , statistics , time series analysis , and system identification , is suitable for the kalman filter in integrated navigation system
  如航迹产生器的设计，该航迹产生器是研究组合导航问题的前提，从国外一些研究组合导航系统的文献中可以看出，设计这样一个航迹产生器是非常必要的，所以本文自行设计了这样一个系统；还讨论了捷联惯性导航系统中捷联解算的方法，并进行了仿真研究，由于在本文设计的闭环反馈式组合导航系统中，对捷联惯导系统的平台误差进行闭环控制，需要将滤波器输出的校正量反馈到捷联解算内部，所以必须对捷联解算进行深入的研究和分析，更何况捷联解算问题本身也是导航界的一个热门研究课题；另外，本文还介绍了gps轨道及其星座仿真的设计思想和方案，与以往gps轨道和星座仿真不同的是本文从天体力学中计算春分点开始，逐步进行gps轨道及其星座仿真，这样的设计方法对从事卫星导航的研究工作是有价值的；还对组合导航中误差建模方法进行了研究，综合运用随机过程、概率统计、时序分析及系统辩识等方面的理论提出了一套适合组合导航卡尔曼滤波的误差建模方法，并运用实际研究工作中的测量数据对该方法进行了验证。