1) hydrolysis relative intensity
水解相对强度
1.
Research of hydrolysis relative intensity of (NH_4) and CO_3NH_4HCO_3;
(NH_4)_2CO_3与NH_4HCO_3水解相对强度的研究
2) relative strength
相对强度
1.
A Study on Evaluation of Relative Strength for Different Polymer Gels Used at Oil Fields;
油田用聚合物凝胶相对强度表征方法研究
2.
The early-age relative strength-simplify maturity equation was concluded from this research and the relative strength when simplified maturity reached 600d was discussed.
本文基于简化成熟度理论,试验研究了粉煤灰混凝土在模拟同条件养护下的早期相对强度发展情况,得出了其早期相对强度预测公式,并按照《混凝土结构工程施工质量验收规范》(GB50204-2002)的相关要求,对该类混凝土等效养护龄期及同条件养护至600℃。
3.
Based on the preliminary researches on tube clearance, overdistension measure, total distension measure, weld relative strength, destructive pressure test in producing copperaluminum combined columnwingtype radiator, discusses crucial skills to improve the technical and provides the basis for manufacture and standardization of the radiator.
通过对铜铝复合柱翼型散热器生产加工中的穿管间隙、过盈胀管量、总胀管量、焊接相对强度、破坏压力试验等方面的初步研究 ,探讨了改进工艺的关键技术 ,为此种散热器的推广生产和标准制订提供了依据。
3) relative intensity
相对强度
1.
Observations of the relative intensity of the Zeeman effect of Hg and measurement of the Landé g-factor;
Hg的Zeeman效应相对强度实验观察与朗德g因子测量
2.
Determination of relative intensity for Zeeman spectrum line of HgI;
测定汞原子塞曼谱线相对强度
3.
At first, the authors numerically calculate many apparent polarizability sounding curves of various IP ore bodies below undulatory terrain by using the improved 2 dimension finite element program, then present the relative intensity method locating the target on mountainous districts for Fixed Point Source Sounding(FPS).
采用有限元法对起伏地形下存在不均匀极化体时的多种地电断面进行了固定点源测深的正演数值模拟计算;提出并实现了在起伏地形下利用固定点源测深法资料作相对强度断面图、确定极化体空间位置的方法;通过对不同条件下数值模拟结果的定量解释计算和分析,证明了该方法的有效性;初步总结出了地形对定量解释结果的影响规律。
4) flow corresponding turbulence intensity
水流相对脉动强度
5) relative acidic strength
相对酸强度
1.
A criterion for the relative acidic strength of inorganic oxyacid and its application;
无机含氧酸的相对酸强度判据及其应用
补充资料:强度相对数
强度相对数
【强度相对数】两个性质不同但有一定联系的总量指标相互对比,用来表明现象强度、密度和普遍程度的数值,计算公式:一强度相对地数= 某一总量指标数值 另三有联系而性质不同的总量指标数值
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