1) layering calculation
分算
1.
Discussion of soil parameters determined by layering calculation or average calculation for single fulcrum pile-anchor retaining structure;
单支点桩锚支护结构中土层参数的分算与合算
2) arithmetic,partial
部分算术;部分算术运算
3) computational analysis
计算分析
1.
3-D finite element computational analysis of support plate of fuel injector for 16V280ZJ diesel engine;
16V280ZJ型柴油机喷油器支座板的三维有限元计算分析
2.
On some grammatical phenomena related to container metaphor and setmetaphor:towards a cognitive explanation and a computational analysis of co-occurrencerestriction of words;
容器隐喻、套件隐喻及相关的语法现象——词语同现限制的认知解释和计算分析
3.
Issues drawn from computational analysis are consistent with test results.
通过计算分析与试验的对照研究 ,验证了采用的计算模型与分析方法的合理性 ,为结构 -地基相互作用的进一步研究奠定了基
4) Calculation analysis
计算分析
1.
Discharge capacity calculation analysis of Panshanxinkai river;
盘山新开河过水能力计算分析
2.
By means of practical calculation analysis, we put forward some measures to work it out.
针对在桥梁上、下部结构型式不变的前提下,板式橡胶支座厚度的变化对桥墩水平地震荷载分配带来的影响,通过设计实例计算分析,提出了解决桥梁下部结构不能满足设计要求的措施。
5) differential operators
微分算子
1.
Based on the exact and explicit representations of differential operators in orthonormal bases of compactly supported wavelets,this paper presents an identification method for distributed parameter systems(DPS).
基于微分算子在紧支撑正交小波基下的精确显式表示,给出了一种分布参数系统辨识方法。
2.
Sensitivity is different for different differential operators,how to choose a suitable edge detection operator to obtain exact information of edge,is the essential step for fracture surface image.
不同的微分算子对边缘的敏感程度是不同的,如何选用适当的边缘检测算子得到准确的边缘信息,就成为断口图像处理的关键步骤。
6) divide algorithm
分治算法
1.
In order to optimize the algorithm and improve the efficiency of calculating experiment variation,this paper introduces divide algorithm of experiment.
结果比较分治算法与常规算法的计算次数,提出实验变差函数分治算法,得出常规算法与分治算法计算量的倍数关系式。
2.
In this paper,analyse the existed algorithms and put forward the method to make use of divide algorithm to realize plane scattered data triangulation.
文中在分析已有算法的基础上,提出利用分治算法实现平面散乱点三角剖分。
补充资料:四十八分算潮
半日潮海区高(低)潮时的简易推算方法。是根据半日潮港的高(低)潮时每天再推后约08小时(约48分钟)的办法进行的。推算公式如下:(1)高潮时=[夏历上半月日数-1或夏历下半月日数-16]×08小时+高潮间隙;(2)低潮时=[夏历上半月日数-1或夏历下半月日数-16]×08小时+低潮间隙;(3)高潮时±0612=低潮时;(4)低潮时±0612=高潮时;(5)高潮时±1224=另一高潮时;(6)低潮时±1224=另一低潮时。式中0612和1224分别指6小时12分和12小时24分。
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