1) mathematical statistics
数理统计
1.
Using mathematical statistics to optimize bits and comment on the effects of use;
利用数理统计方法对钻头进行优选及评价
2.
Determining parts maintenance cycle by using mathematical statistics;
应用数理统计方法确定设备零部件的维修周期
3.
Application of Mathematical Statistics to Instrument State Test;
数理统计方法在仪器运行检查中的应用
2) statistics
[英][stə'tistiks] [美][stə'tɪstɪks]
数理统计
1.
Analysis method on the quality of examination paper based on statistics;
基于数理统计的试卷质量分析方法
2.
Quick-frozen green soy bean products after the implementation of hazard analysis and critical control point(HACCP)system are sampled (capacity, sixty-three), and the detective data is discussed with statistics.
对执行危害分析与关键控制点hazard analysis and critical control point,HACCP)体系后的速冻毛豆产品进行抽样检测(样本容量63),然后用数理统计方法对数据进行处理,结果发现:菌落总数数据符合维布尔分布,以104CFU/g为标准,在置信水平为95%时,菌落总数合格率达到100%;而大肠菌群的合格率为98。
3.
Their theoretical scores and practical application of health statistics in their thesis were analyzed.
目的 分析医学硕士研究生学位论文中数理统计应用情况 。
3) mathematical statistic
数理统计
1.
Forecast analysis of future fire situation by mathematical statistics;
用数理统计方法对未来火灾形势的预测分析
2.
Oil water saturation can be calibrated by using the mathematical statistics method.
在对普通取心分析资料油水饱和度分布进行分区回归的基础上 ,可得出一个或多个油水关系式 ,再按照数理统计原理分别进行统计校正。
3.
By applying the theory of mathematical statistic,and summing up and analysing quantitatively the abserved data,the changeable law of the effects of pile driving and water lowering on the buildings around is studied so as to attain the purpose of protecting efficiently,reducing and controlling the construction s effect on the buildings when pile driving and water lowering are put into effec
运用数理统计理论 ,对观测数据进行归纳、整理和量化分析 ,研究打桩及降水对周围建筑物影响的变化规律。
4) Mathematic Statistics
数理统计
1.
Applyication of the Idea and Method of Mathematic Statistics in Standardization of Syndrome Differentiation;
数理统计思想及方法在辨证规范化研究中的应用及思考
2.
The factors which influence the magnetic property of 1J116 anti-corrosion soft magnetic alloy were studied through the magnetization theory and the mathematic statistics.
分别从磁化理论和数理统计两个方面分析了影响耐蚀软磁合金1J116磁性能的因素。
3.
An approach for knowledge detecting is developed from mathematic statistics and associated rules.
从数理统计和关联规则的综合性出发,提出了一种从事例集中获取知识的机器学习方法。
5) mathematics statistics
数理统计
1.
The subjectivity of evaluation bid is avoided and the objectivity is enhanced by the hypothesis test of the mathematics statistics to estimate the offer of a bidder that whether or not it is obviously under another bid.
关于判断投标人的报价是否明显低于其它投标人的投标报价的问题,采用数理统计中的假设检验的科学方法进行判断,避免了评标工作的主观性,增加了客观性。
2.
Many methods ara available for quantitative evaluation of the physical status of the young people, either individual or group, and this paper is a description of the method of standardized comprehensive index evaluation from the point of view of mathematics statistics and a comparasion of different choices of different methods, followed by an example.
如何对青少年或某个群体进行体质的定量评价 ,方法很多 ,本文从数理统计的角度介绍指标标准化的综合评分法。
6) mathematical statistics
数理统计学
1.
Based on analyzing principles and methods of quantificational studying and getting reasonable exploratory grid′s density with mathematical statistics in the paper,the deficiencies are pointed out in mathematical statistics,and the improved method is brought out.
分析了数理统计学法在定量研究和确定合理的勘探网密度的原理、方法的基础上,指出了数理统计法不足的地方,并提出了改进方法。
2.
In the producing, we apply the theory of mathematical statistics, for improving the quality control and optimizing the equipment and the personnal administration.
在生产过程中,运用数理统计学的原理,改进质量控制,优化设备和人事组织管理。
3.
The mathematical statistics is separated not only from the mathematics but also from a lot of material subjects.
数理统计学从数学中分出又与实质性科学分离,建立辩证逻辑的理论框架则从数学进到统一独立的统计学,扩大辩证逻辑的应用并继续应用数学而不断发展。
补充资料:数理统计
分子式:
CAS号:
性质:研究和揭示随机现象统计规律性的一门数学学科。随机现象是指在个别试验中它有可能发生,也有可能不发生,呈现不确定性,而在大量重复试验中又呈现出统计规律性的一类现象。随机现象可以通过随机试验进行研究,随机试验得来的数据有两个特征:一是在同样条件下测得的数据参差不齐,具有波动性;二是在大量重复试验中得到的数据又具有统计规律性。在科学实验中,测量值是一个以概率取值的随机变量。由于各种不可控制的偶然因素的随机和综合的影响,使得测试数据具有波动性,应用数理统计方法处理数据的目的,就是要从这些参差不齐、表面看来似乎是杂乱无章的数据中发现寓于其中的统计规律性。
CAS号:
性质:研究和揭示随机现象统计规律性的一门数学学科。随机现象是指在个别试验中它有可能发生,也有可能不发生,呈现不确定性,而在大量重复试验中又呈现出统计规律性的一类现象。随机现象可以通过随机试验进行研究,随机试验得来的数据有两个特征:一是在同样条件下测得的数据参差不齐,具有波动性;二是在大量重复试验中得到的数据又具有统计规律性。在科学实验中,测量值是一个以概率取值的随机变量。由于各种不可控制的偶然因素的随机和综合的影响,使得测试数据具有波动性,应用数理统计方法处理数据的目的,就是要从这些参差不齐、表面看来似乎是杂乱无章的数据中发现寓于其中的统计规律性。
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