1) probability method
概率法
1.
The basic principle and its relevant mathematics models of geological risk probability method, fuzzy set comprehensive assessment method and minimum economic reserves size are introduced systematically in this .
本文系统地介绍了地质风险概率法、模糊集合综合评判法和最小经济储量规模法的基本原理及相关数学模型 ,并结合实例分析 ,对油气资源的地质风险和经济风险进行研究 ,以优选勘探目标 ,提高勘探成功率。
2.
Combined with Hunter probability method and Russia method for reckoning design flow,through comparing probability method with the result of code for design of building water supply and drainage,that the design flow in office building s water supply also can be calculated by probability method.
结合俄罗斯概率法和亨特概率法,通过对办公楼的概率法计算与规范值的对比,得出办公楼建筑仍然可以参照住宅类建筑卫生设备用水概率的计算方法,从而将办公楼设计秒流量的计算和给水设计秒流量的计算公式统一。
3.
Applying the probability method to the dimensional train analysis of the central line in space position of the poston and the cylinder sleeve hole in a diesel engine, its trial calculation is made here in the paper, with a theoretical judgement carried out and the tolerance concerned being given reasonably as well in the paper.
用概率法对柴油机活塞和缸套孔中心线空间位置尺寸链进行了分析并作了计算尝试，进行在理论上判断，给出的公差性合理。
2) probabilistic method
概率法
1.
Based on the monitoring data from three water quality inspection stations in the Yongjiang River,the space-time change tendency of the water quality was analyzed using seasonal Kendall examination method and probabilistic method.
应用季节性肯达尔检验方法及概率法对邕江三个水质监测站的系列监测资料进行水质时空趋势分析,得出:①邕江水质为有机污染型并呈逐年下降趋势;②上游的南宁站水质优于下游的豹子头、蒲庙两站,为Ⅱ~Ⅲ类水;③豹子头、蒲庙由于受上游南宁市区5大排污口影响,水质较劣,分别为Ⅴ、Ⅳ类。
2.
The paper proposes a probabilistic method according to the essence of acceleration response spectrum.
从反应谱的本质出发,提出了反应谱特征周期的概率法。
3) FUZZY probability method
FUZZY概率法
1.
Application of FUZZY probability method in appraisal ground water environment quality;
FUZZY概率法在地下水环境质量评价中的应用
4) probability method
概率方法
1.
A probability method for evaluating the maximum corrosion-induced expansive pressure in concrete;
混凝土中最大锈胀力评估的概率方法
2.
A probability method for evaluating the surface crack width in concrete structures;
混凝土结构表面裂缝宽度评估的概率方法
3.
This paper uses the set theory,derivation principles and probability method to give a direct and simple solution to several important combinatorial identities.
组合恒等式在组合数学中占有重要的地位,它有多种证法,运用集合论的观点,求导法则和概率方法对几个重要的组合等式给出了直观简洁的证明。
5) probabilistic algorithm
概率算法
1.
This paper ,based on mathematical principles and knowledge of programming design,introduct uncertainty algorithm to integral approximate solution,and then discuss two probabilistic algorithms of soluting the problem,and last realize the several algorithma by computer programming.
本文结合定积分数学原理和程序设计语言知识,首先引入确定性算法求解定积分的近似解,然后讨论用概率算法求解此问题以及几种算法的比较,并给出了几种算法的计算机编程实现。
2.
Combined the optimization strategy and Lehmann algorithm with the algorithm of remainder calculation improved by recursion techniques,a Monte Carlo probabilistic algorithm is proposed to implement rapid primality test.
为了快速实现素数测试,基于容斥原理给出了一种试除小素数优化策略,然后将该优化策略与Leh-m ann算法以及基于递归技术改进的计算余数算法相结合,提出了一种实现快速素数测试的Monte Carlo概率算法。
6) probabilistic method
概率方法
1.
Skillful application of probabilistic method in mathematical problem
概率方法在一些数学问题中的巧妙应用
2.
The probabilistic method is a powerful tool for solving discrete mathematic problems,they have many important applications in hypergragh.
概率方法是解决离散数学中许多问题的强有力工具,它在超图着色问题中有着重要的应用,Erds[1]和Beck[2]利用概率方法研究不具备特征B的n-一致超图的边的最小可能数m(n),得到了有关m(n)的下界。
3.
Probabilistic method is used to calcuate the real load reserve needed by power system , the margin capacity and energy supplied by pumped-storage station.
本文用概率方法计算电力系统实际所需负荷备用、抽水蓄能电站能提供的空闲容量和多余事故备用电能。
补充资料：电力不足概率法
估计发电系统可靠性的一种常用方法。简称LOLP法。1947年前后由G.卡莱布雷斯等提出，以后又经克希迈尔、R.J.林里等人加以完善。
LOLP法把发电系统的停运容量概率模型和适当的负荷模型结合起来产生风险度指标。最简单而又用得十分广泛的负荷模型是，每天的负荷用日峰荷值表示，各个日峰荷值再按递减次序排列而得到日峰荷变化曲线。然后比较系统的停运容量概率模型和日峰荷变化曲线，便可得到日尖峰负荷超过系统可用发电容量的概率，称为电力不足概率，又称缺电力风险，记为LOLP，并以此作为系统的可靠性指标。LOLP还可以简单地用引起停电故障的时间在所统计期间内所占的百分数表示，即式中P1为电力不足概率。
LOLP法的优点是概念清晰，计算简单，缺点是它只说明电力不足的可能性，不能说明电力不足的严重程度。
LOLP法把发电系统的停运容量概率模型和适当的负荷模型结合起来产生风险度指标。最简单而又用得十分广泛的负荷模型是，每天的负荷用日峰荷值表示，各个日峰荷值再按递减次序排列而得到日峰荷变化曲线。然后比较系统的停运容量概率模型和日峰荷变化曲线，便可得到日尖峰负荷超过系统可用发电容量的概率，称为电力不足概率，又称缺电力风险，记为LOLP，并以此作为系统的可靠性指标。LOLP还可以简单地用引起停电故障的时间在所统计期间内所占的百分数表示，即式中P1为电力不足概率。
LOLP法的优点是概念清晰，计算简单，缺点是它只说明电力不足的可能性，不能说明电力不足的严重程度。
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