1) Influence of density
密度影响
3) Influence height
影响高度
4) Influence Degree
影响程度
1.
The calculation formula of the influence degree is advanced, number of the influence degree is computed, figure of influence degree is drawn, and mineable coal seam of each producing area is quantitatively evaluated.
根据井田及区域内的有关地质资料,研究了岩浆侵入对井田内主采煤层3煤层的影响,提出了影响程度的计算公式,计算了影响程度值,编制了影响程度图,定量地评价了各采区的可采性。
2.
Referring to the information abroad, some i nfluence factors of colorimetry of cement clinker were compared and analyzed, an d the influence degrees of the factors were presented.
总结了国内某水泥企业多年对水泥色度进行控制的实际经验,参照国外资料,分析、对比了水泥色度的各类影响因素,给出这些影响因素影响程度的相对大小。
3.
On the basis of the traffic impact analysis of Beijing,referring to current appraising methods of traffic evaluation of influence degree in the United States of America,the United Kingdom,Hongkong etc, the logical evaluation target system of traffic impact degree is selected and a two-level .
交通影响程度评价是交通影响分析的决策依据。
5) temperature effect
温度影响
1.
An analytical method for stress field of massive concrete considering temperature effect;
考虑温度影响的大体积混凝土应力场分析方法
2.
Research on pressure measurement model using surface wave considering temperature effect;
考虑温度影响的表面波压力测量模型研究
3.
This paper illustrates the temperature effect law at different stages of construction of Yamen Bridge, and provides the scientific bases for temperature effect compensation, correct determination or reasonable selection of formwork elevation, and proper time for cable force measurement in accordance with the theoretical analysis and field measurements of the bridge under construction.
通过对崖门大桥施工过程温度效应的理论分析与现场实测,揭示了大桥在不同施工阶段下的温度影响规律,从而为补偿温度效应、准确给定立模标高以及寻找合理的标高、索力测量时间提供了科学的依据。
6) influence
[英]['ɪnfluəns] [美]['ɪnfluəns]
影响度
1.
Two indexes of influence and sensitivity were presented to evaluate the invertibility of E,μ,C,φ,σ_x,σ_y,τ_(xy) in e-p models.
为了更好地利用位移反分析方法指导巷道工程实践,对巷道位移反分析中各力学参数、初始地应力的可反演性进行了较深入的研究,提出了用影响度和敏感度两个指标来评价弹塑性模型下的E,μ,C,φ,σx,σy,xτy的可反演性。
2.
According to the features of FPP, Influence-based Frequency Allocation (IFA) scheme and Profitability-and-Influence based Frequency Allocation (PIFA) scheme are proposed from the viewpoint of the throughput and the fairness, respectively.
结合FPP特点,从吞吐量和公平性角度出发,分别提出了基于影响度的频谱分配(Influence-based Frequency Allocation,IFA)算法和基于收益与影响度的频谱分配(Profitability-and-Influence based Frequency Allocation,PIFA)算法。
补充资料：非密度制约因素(见密度制约因素)
非密度制约因素(见密度制约因素)
l焦非密度制约因素见生态因素、密度制约后
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