检定场的英文

• standardfieldoflength

• "检定"英文翻译    docimasy; docimasia; verific ...
• "场"英文翻译    a level open space; threshin ...
• "标准检定场" 英文翻译 :    standard field of length
• "长度标准检定场" 英文翻译 :    standard field of length
• "定场" 英文翻译 :    fixed-field
• "定场白" 英文翻译 :    (坐场白) (of a role in chinese operas) the soliloquy to introduce oneself when making one's first appearance
• "定场诗" 英文翻译 :    (坐场诗) (of a role in chinese operas) the poem (usu. four lines) read when making one's first appearance
• "固定场" 英文翻译 :    fixed field; stationary field
• "恒定场" 英文翻译 :    constant field; constant-field; permanent field; stationary field; stationaryfield
• "稳定场" 英文翻译 :    stabilizing field; stable field
• "检定" 英文翻译 :    docimasy; docimasia; verification; calibration; appraisal◇检定报告 probation report; 检定滴定管 [化学] certified burette; 检定方法 calibration method; 检定工作 calibration operation; 检定管 detective tube; 检定试验 certificate test
• "定场镜头" 英文翻译 :    establishing shot
• "定场学说" 英文翻译 :    constant field hypothesis
• "规定场强" 英文翻译 :    legal required field intensity
• "指定场强" 英文翻译 :    legal required field intensity
• "固定场地布局" 英文翻译 :    fixed position layout
• "固定场加速器" 英文翻译 :    fixed-field accelerator
• "静力郴稳定场" 英文翻译 :    stationary field
• "驻波场, 稳[恒]定场" 英文翻译 :    stationary field
• "f检定" 英文翻译 :    f test
• "u检定" 英文翻译 :    u test
• "核树，检定" 英文翻译 :    verification
• "茧检定" 英文翻译 :    cocoon certification
• "检定，校准" 英文翻译 :    calibration
• "检定板" 英文翻译 :    assaying table

• In view of the altitude problems of inspecting the weighted average ways of obtaining altitude and the advantages and disadvantages of moving surface interpolation method are talked about through comparison , with which the writer draws a conclusion that moving surface interpolation method is suitable to be applied for the dynamic state inspection places , , moreover the key technology about the dynamic slate inspection is also taken into consideration , which includes digital camera and types of camera lens , the cause of camera lens distortion and the fundamental determining principle , the gain of image coordinate and the realization of time synchronization
  针对检定点高程问题，分析比较了获取高程的加权平均法和移动曲而内插法的优缺点，得出移动曲面内插法适合用于动态检定场的结论。特别是针对动态检定的关键技术给予了相关研究，内容涉及：数码相机及相机镜头的选型，相机畸变差产生原因及测定的基本原理，像片坐标获取以及时间同步实现，得出结论：利用gpsoem板的秒脉冲( 1pps )输出特性，能够实现两台数码相机与gps接收机时间同步，满足动态检定指标要求。
• The paper studies a certain number of questions about the establishment of static state inspection places on the basis of comprehensive inspection places with gps receiver in an all - round and systemic way , also it goes further into the main contents of static state inspection places and the realization of static state inspection places " design as a whole and the open places construction , the plan of field observation and the ways of putting into practice
  本文全面系统地研究了gps接收机综合检定场静态检定场建立的若干问题，探讨了静态检定的主要内容和实现，静态检定场总体设计及场地建设，外业观测方案及实施方法。结合观测数据，分析了检定场数拥处理的原则、方案和指标要求，结果满足精度要求。
• Once the establishment of comprehensive inspecting places on the basis of the realization of the index requirement of dynamic state inspection , not only all the technology index of gps receiver can be inspected , but also the dipper navigation equipment , the inertial navigation equipment and the other navigation equipment
  综合检定场建成后，不但能够检定gps接收机的各项技术指标，而且能够用来检定北斗导航设备、惯性导航设备和其他导航设备，又可作为教学、科学研究的基地。
• We write the program which used for fighting errors in absolute positioning . we also write the program which used for linear combinating in absolute positioning . from analyzing for the measurement of outer , we can conclude that we can use m estimation to estimate parameter in gps absolute positioning . lt has application value . using it , we can obstain the stable positioning result and remove the outer . in this paper , we calculate the data which from the baseline space of the gps calibration space . we also draw some conclusion using broadcast ephemeredes and smoothing pseudoranges . the positionging precision is in 1 - 2 meter
  编制了gps绝对定位中抗差估计程序和应用线性组合进行单点定位的程序。通过对粗差量级的分析，得出在gps观测量存在粗差时， m估计是有其应用价值的，它使定位结果较为稳定，减弱和剔除了粗差的影响。应用线性组合程序对gps综合检定场数据基线网点进行计算，得出用广播星历和平滑后的伪距可以给出较好的结果，点位精度在1 ? 2米。