潮汐观测的英文

• tidal observation

• "潮汐"英文翻译    morning and evening tides; t ...
• "观测"英文翻译    observe; observation; viewin ...
• "潮汐观测台" 英文翻译 :    tidal observatory
• "潮汐观测站" 英文翻译 :    tidal observatory; tidal station; tide-gauge station
• "次要潮汐观测站" 英文翻译 :    subordinate tide station
• "观测潮汐变化" 英文翻译 :    observed tidal variation
• "潮汐主要观测站" 英文翻译 :    control tide station
• "潮汐" 英文翻译 :    morning and evening tides; tide◇潮汐电站 tidal power station
• "观测" 英文翻译 :    observe; observation; viewing 观测气象 make weather observations; 对 ... 作仔细的观测 make a careful observation of ...; 观测天体 take an observation; 观测报告 observation report; 观测点 observation point; observing point; 观测读数 observed reading; 观测队 an expedition of observation; 观测高度 observed altitude; 观测机 observation aeroplane; 观测计 sight gauge; 观测井 inspection well; 观测孔 aperture of sight; observation port; 观测平台 observation platform; 观测器 observer; sight; 观测区 area of observation coverage; 观测哨 observation post; observation point; 观测室 sight chamber; observing cage; 观测数据 observation data; observed data; 观测台 measuring platform; observatory; observing station; 观测天文(学) observational astronomy; 观测望远镜 scope; 观测误差 error in observation; error of observation; malobservation; observation error; 观测线 line of observation; 观测仪 visualizer; 观测资料 observational data
• "潮,潮汐" 英文翻译 :    tides
• "潮汐（海洋）" 英文翻译 :    tide
• "潮汐；潮水" 英文翻译 :    tide
• "潮汐坝" 英文翻译 :    tidal power barrage
• "潮汐表" 英文翻译 :    current table; tidal tables; tidaltables; tide tables; tidetable
• "潮汐波" 英文翻译 :    tidal wave; tidalwave; tide bulge; tide wave
• "潮汐尺" 英文翻译 :    tide mark
• "潮汐带" 英文翻译 :    intertidal zone; littoral zone; tidal zone
• "潮汐的" 英文翻译 :    tidal
• "潮汐段" 英文翻译 :    tidal section
• "潮汐风" 英文翻译 :    tidal breeze; tidal wind
• "潮汐港" 英文翻译 :    tidal dock; tidal harbor; tidal harbour; tidal port; tide harbour
• "潮汐海" 英文翻译 :    tidal sea
• "潮汐河" 英文翻译 :    tidal river
• "潮汐机" 英文翻译 :    tide machine
• "潮汐计" 英文翻译 :    tidemeter

• Loading effects of the ocean tides on the tidal gravity observations at zhongshan station in the antarctic
  南极中山站重力潮汐观测的海潮负荷效应
• As the predicted times and heights of the high and low tides are derived for average meteorological conditions , the observed tides may differ from those predicted when the actual meteorological conditions deviate from the mean
  由于预测涨退潮出现的时间及高度只适用于平均气象情况，故当实际气象情况与平均情况有距离的时候，潮汐观测与预测之间可能出现分别。
• As the predicted times and heights of the high and low tides are derived for average meteorological conditions , the observed tides may differ from those predicted when the actual meteorological conditions deviate from the mean
  由于预测涨退潮出现的时间及高度只适用于平均气象情况，故当实际气象情况与平均情况有距离的时候，潮汐观测与预测之间可能出现分别。
• The quality factor is about 9543 , which , compared with those determined based on the tidal gravity observations in the previous studies , more closes to those obtained by using the vlbi data . the complex resonance strength is ( - 6 . 10x10 - 4 , - 0 . 01x10 - 4 )
  以武汉台超导重力仪观测资料为例，研究了海潮负荷对fcn共振参数拟合的影响和重力潮汐观测中近周日共振的区域性特征。
• ( 2 ) by comparing the resolution results of fcn parameters obtained by the stacking method from gravity tides with those from vlbi , we can find that tfcn values coming from gravity tides were close to tfcn value from vlbi , but q values given by gravimetric observation were very different from that by vlbi
  ( 2 )以往利用潮汐观测资料求取fcn常数的迭积法( stackingmothed )的解算结果与vlbi的观测比较， t _ ( fcn )接近，而q则相关较远了。
• 4 . the tidal gravity observations , recorded with a scg at wuhan , are employed to investigate the influences of the ocean tide loading on the fitted fcn parameters and the local characteristics of the nearly diurnal resonance on the tidal gravity observations . it is found that the influence of different co - tides on the fitted eigenperiod and the real part of the resonance strength of the fcn is very small
  结果表明，不同海潮模型对拟合的fcn周期和共振强度实部影响甚微，差异主要表现在品质因子和共振强度虚部的拟合，通过不同海潮模型改正后重力潮汐观测资料的迭积，可减小海潮模型不确定性的影响，获得fcn共振参数。
• Then , harmonic analysis is done with the newest baytap - g tidal data analyzing software developed by ishiguro and professor tamura , who are working in japan and the eterna34 tidal data analyzing software developed by wenzel , who had worked in german . as a result , the recently observed tidal gravity parameters of jiufeng station are obtained . finally , the ocean loading correction of the observing tidal gravimetric parameters , the temporal synthesized tide , correction of the station air pressure and the polar motion on the gravity residual , the analysis of the final residual , and so on , are investigated
  Vauterin研制的tsoft潮汐数据预处理软件，实施了观测数据的预处理，为超导重力仪观测数据的国际资料交换和数据分析准备了修正后数据；然后利用由日本ishiguro与tamura研制的最新的baytap - g和由德国的wenzel研制的eterna34潮汐分析软件，对预处理后的重力潮汐观测数据进行调和分析，获得了九峰台最近的观测重力潮汐参数；最后讨论了观测潮汐参数的海潮改正、随时间变化的重力合成潮的构制、大气效应改正、极移重力改正以及最终重力残差的分析。