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- gravimetric geoid 重力大地水准面
- What are the shapes and size of the gravimetric network? 重力测量测网的形状和大小有什么要求?
- Fig. 1 Flow chart of pentosan analysis - gravimetric method. 图1聚戊醣分析法流程图--重量法.
- Methods : Gravimetric method and titration method were used. 方法:采用重量法、滴定法。
- A relativistic definition of the geoid is important and left to be discussed. 大地水准面的相对论定义更是有待今后研究的一个重要问题。
- CHEMICAL ANALYSIS OF MANGANESE ORES. GRAVIMETRIC DETERMINATION OF BARIUM OXIDE. 锰矿的化学分析。氧化钡的重量法测定。
- Chemical analysis of manganese ores. Gravimetric determination of manganese. 锰矿石的化学分析。
- Milk - Determination of fat content - Gravimetric method (Reference method ). 乳品脂肪的测定重量分析法(推荐方法)
- Determination of sulphate content.Baryum sulphate gravimetric method. 英文名称： Potassium hydroxide for industrial use.
- The operation of gravimetric method is too complex and needs too much time. 重量法操作繁琐、耗时长，难以满足控制分析的需要。
- The actual equipotential surface of the earth that corresponds to sea level is called the geoid. 相当海平面的地球实际等位面称为重力平面。
- As a criterion of the earth's equilibrium is taken the deviation of the geoid from the spheroid. 地球体与球的偏差，被用来作为地球平衡的判据。
- The shape and size of earth, geoid and structure of the earth.Crust, mantle , core. 地球表面形态特征、地球体、固体地球圈层划分及划分依据和地壳、地幔、地核基本特征、物质组成。
- All gravimetric measurements require some sort of crucible or dish to hold the residue or precipitate. 所有重量分析需要某种坩埚或器皿保留残渣或沉淀物。
- What are the relations between the earth surface, the geoid, and the Earth spherop? 高斯投影的变形特征是什么？为什么常常被用作大比例尺普通地图的地图投影？
- The practical application of formulae to the absolute gravimetry and refineding geoid are discussed. 此外，还讨论了如何将它们用于绝对重力测量和精化大地水准面的实际中。
- In this paper, the formula which calculates the geoid changes is deduced by the repetition gravity measurement. 摘要推导了利用地面重复重力观测结果计算大地水准面变化的计算公式；
- The material inhomogeneity because of the low velocity layer has a great effect on geoid. 低速层的存在导致的物质不均匀对大地水准面的影响比较大。
- Quantitative soil analyses have been accomplished by chemical gravimetric and radiotracer techniques. 污垢的定量分析在化学的重量分析以及放射性跟踪技术协助下，已能进行。
- For cartographical purposes heights are necessarily recorded above the geoid (sea-level). 就制图的目的来说，所以需记录的高程是高出大地水准面（海平面）的高程。
