1) analog observation system
模拟观测系统
1.
We have compared the data of geomagnetic digital observation with the data of analog observation in detail,and described the feature of digital and analog observation system.
对佘山地震台地磁数字化观测资料和模拟观测资料D、H、Z等地磁要素日变形态、日均值、月均值、年均值进行了较详细的分析比较,阐述了数字观测系统与模拟观测系统的特点。
2.
It will be helpful successfully to transfer from analog observation system to digital one.
对 2002 年度地磁台站模拟观测系统和数字观测系统观测报告中的 D、H、Z 三分量日均值的一致性进行了分析，并对其影响因素进行了初步探讨，将有助于模拟观测系统向数字观测系统的顺利过渡。
2) Observing System Simulation Experiments
模拟观测系统试验
3) observation system simulation experiment
观测系统模拟试验
1.
With the aim to pre-analyze the implementation of singular-vectors-based adaptive observation, disclose its principles, fix some problems worthy of special attention, and find proper methods to locate the adaptive region, an observation system simulation experiment(OSSE) is presented in this paper for singular-vectors-based adaptive observation of low pressure on the Mei-yu front.
就江淮梅雨锋低涡预报基于奇异矢量目标观测作了观测系统模拟试验,目的在于对基于奇异矢量目标观测实际实施作预先研究,寻找目标观测中所要遵循原则和实施细节,以及用奇异矢量确定目标观测区的恰当方法。
4) OSSE
观测系统模拟实验
1.
The effectivity and feasibility of the algorithm to determine the sensitivity(target)area is evaluated through two ob-serving system simulation experiments(OSSEs).
为了克服这一困难,本文基于经验正交分解(EOF),提出了一种求解CNOP的快速算法,利用GRAPES区域业务预报模式实现了 CNOP快速计算,并在台风"麦莎"的目标观测研究中得到初步检验,通过观测系统模拟实验(OSSE)检验了该方法确定敏感性区域(瞄准区)的有效性和可行性。
5) analogue observation
模拟观测
1.
Comparison and analysis for digital and analogue observation of groundwater level;
地下水位数字与模拟观测对比分析
2.
The cause for distortions turned up in digital and analogue observation at this well during middle ten-day of Dec.
介绍了河北新泽5井石油探测井的概况,分析了2002年12月中旬该井数字化观测和模拟观测失真的原因。
3.
Body strain observation in Liyang Station, Jiangsu Province since 1994 to present had come through two stages that are analogue observation with hour-values from 1994 to 2000 and digitized observation with minute-values from 2001 to present.
江苏省溧阳体应变自1994年开始观测以来,经历了1994年至2000年以整点值为主的模拟观测,和2001年至今以分钟值为主的数字化观测两个阶段,对这两个观测阶段观测资料变化形态、观测质量和观测精度、潮汐因子中误差、地震波记录能力等参数进行对比研究,同时采用固体潮汐残差矢量分析方法,对溧阳台1996年以来的观测资料进行了计算分析。
补充资料：大坝内部变形观测(见水工建筑物变形观测)
大坝内部变形观测(见水工建筑物变形观测)
daba neibubianxing guanCe大坝内部变形观测见水工建筑物变形观测。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条