概差

词组短语

probable deviation · probable error

与概差相关的网络例句 [注：此内容来源于网络，仅供参考]

The author introduces process, designs, models, hypotheses, and estimated variance component of Generalizability Theory at length on the basis of three kinds of educational test theories.

本文在简要回顾三大测量理论的基础上，较详细的阐述了概化理论的步骤、设计方案、模型和假设、方差分量估计等。

Secondly, the combination in concept and problem teaching can enhance profound comprehension of Exclusive Events and Independent Events. Finally, because Distribution is basic knowledge in teaching probability, meanwhile, the calculation for Expected Value and Variance also are based on Distribution. Thus, Distribution is the most important in teaching them, it needs to give more emphasis.

其中计算机模拟手段在概率的频率定义教学中效果明显，并且直观模型在古典概型教学中的作用也相当明显；其次，通过概念教学与解题教学的结合可以帮助学生深刻理解互斥事件与独立事件；最后，随机变量的分布列作为概率基础知识，期望以及方差的计算都是以分布列为基础的，因而，强化分布列的教学是这部分内容的重中之重。

But he also figured that the concept of "range probable error" would work in his favor.

但是维斯中尉还是指望着炮兵技术概念里的"射程概差"能给他带来运气。

The equations of optimal probability density function of stochastic variable or limit state function are derived by use of the higher moments of the function.

一次二阶矩法主要利用随机变量的均值和方差信息以及分布概型来计算结构的失效概率，属于低阶矩法。

The results show that with the sea level rise, amphidromic point in this sea area tends to move to the southeast, and then coastal tidal ranges change present consequently different features ,that is,at the left side and bayhead coast near the amphidromic point they change evidently, and little at the right side and bayhead coast far away from amphidromic point.

将南黄海概化为一等深矩形海域，初步研究了在海平面上升3m 和 5m 条件下该海域旋转潮波系统的演化趋势，继而分析了沿岸潮差变化特征。初步分析研究表明：随着海平面上升，该海域 M2 分潮的无潮点有向东南方向偏移的趋势，受此影响，沿岸潮差呈现不同的变化特征，靠近无潮点的左侧及湾顶海岸变化明显，而远离无潮点的右侧及湾顶海岸则变化不大。

The results show that with the sea level rise, amphidromic point in this sea area tends to move to the southeast, and then coastal tidal ranges change present consequently different features ,that is,at the left side and bayhead coast near the amphidromic point they change evidently, and little at the right side and bayhead coast far away from amphidromic point.

将南黄海概化为一等深矩形海疆，初阶研究了在海平面上升3m 和 5m 前提下该海疆扭转潮波体系的演化趋势，继而剖析了沿岸潮差厘革特性。初阶分析研究剖明：跟着海平面上升，该海疆 M2 分潮的无潮点有向东南标的目的偏移的趋势，受此影响，沿岸潮差泛起差此外厘革特性，接近无潮点的左侧及湾顶海岸厘革较着，而阔别无潮点的右侧及湾顶海岸则厘革不年夜。

Schematizing the southern Yellow sea as an constant water depth and semi-enclosed rectangular bay, the evolution trends of tidal amphidromic system of M2and variation features of coast tidal range are analyzed primary under the condition of 3 and 5 meter rise of sea level respectively.

将南黄海概化为一等深矩形海域，初步研究了在海平面上升 3m 和 5m 条件下该海域旋转潮波系统的演化趋势，继而分析了沿岸潮差变化特征。初应用海湾和半封闭矩形海域改进的 Taylor 问题的解研究海平面上升对 M2 分潮旋转潮波系统及沿岸潮差的变化。

Schematizing the southern Yellow sea as an constant water depth and semi-enclosed rectangular bay, the evolution trends of tidal amphidromic system of M2and variation features of coast tidal range are analyzed primary under the condition of 3 and 5 meter rise of sea level respectively.

将南黄海概化为一等深矩形海域，初步研究了在海平面上升 3m 和 5m 条件下该海域旋转潮波系统的演化趋势，继而分析了沿岸潮差变化特征。初步分析研；应用海湾和半封闭矩形海域改进的 Taylor 问题的解研究海平面上升对 M2 分潮旋转潮波系统及沿岸潮差的变化。

Schematizing the southern Yellow sea as an constant water depth and semi-enclosed rectangular bay, the evolution trends of tidal amphidromic system of M2and variation features of coast tidal range are analyzed primary under the condition of 3 and 5 meter rise of sea level respectively.

将南黄海概化为一等深矩形海疆，初阶研究了在海平面上升 3m 和 5m 前提下该海疆扭转潮波体系的演化趋势，继而剖析了沿岸潮差厘革特应用海湾和半封闭矩形海疆改造的 Taylor 题目的解研究海平面上升对 M2 分潮扭转潮波体系及沿岸潮差的厘革。

Schematizing the southern Yellow sea as an constant water depth and semi-enclosed rectangular bay, the evolution trends of tidal amphidromic system of M2and variation features of coast tidal range are analyzed primary under the condition of 3 and 5 meter rise of sea level respectively.

将南黄海概化为一等深矩形海域，初步研究了在海平面上升 3m 和 5m 条件下该海域旋转潮波系统的演化趋势，继而分析了沿岸潮差变化特征。初步分析研究表明：随着海平面上升，该海域 M2 分潮的无潮点有向东南方向偏移的趋势，受此影响，沿。。。应用海湾和半封闭矩形海域改进的 Taylor 问题的解研究海平面上升对 M2 分潮旋转潮波系统及沿岸潮差的变化。

与概差相关的网络解释 [注：此内容来源于网络，仅供参考]

deviate：离差

摘要: 离差也叫差量,是单项数值与平均值之间的差. 一般计算离差平方和来表示数据分布的集中程度,反映了估计量与真实值之间的差距. 可能出现结果与平均预期的偏离程度,代表风险程度的大小. 离差(deviate)的概

Generalized mean squared error：一般均方差

Generalized log likelihood ratio 一般对数概似值比 | Generalized mean squared error 一般均方差 | Generalized method of moments (GMM) 一般动差法

probability vector：概率向量

probability unit 概率单位 | probability vector 概率向量 | probable deviation 概差

probability vector：机率向量

机率空间 probability space | 机率向量 probability vector | 概差;可能偏差 probable deviation

probable deviation：概差

probable 可能的 | probable deviation 概差 | probable error 概误

probable deviation：概差;可能偏差

机率向量 probability vector | 概差;可能偏差 probable deviation | 概差 probable error

probable error of standard deviation：标准变差概差,标准差的概差

probable error of mean 平均值的概差 | probable error of standard deviation 标准变差概差,标准差的概差 | probable flood 可能洪水

probable error：概差

他还发明了最小乎方法并发展了观察误差理论,拉普拉斯的最大贡献是把统计学应用于天文学,并与A,M.勒让德(1752一1833)一起,把偏微分方程用于概率研究. 1815年"概差"(probable error)一调第一砍出现在F.W.贝塞(1784-1846)的著作中,他也发展了仪器误差理论.

most probable error：最概差,最概然误差

most probable end-to-end distance 最可几端距 | most probable error 最概差,最概然误差 | most probable number 最大可能数量

quasi-probable error：似概差,似或然误差

quasi-private revenue ==> 半私有经济收入 | quasi-probable error ==> 似概差,似或然误差 | quasi-project ==> 准方案