1) the maximum density curve
最大密度曲线
2) theory of maximum density curve
最大密度曲线理论
1.
The advantages and disadvantages of several aggregate grading design methods based on the theory of maximum density curve(n-way,I-way,changed I-way,k-way,and changed k-way and gap-gradation way) are discussed in this paper;moreover,the method of step-gradation which are based upon the theory of granule interference are also analyzed.
简述了以Fuller最大密度曲线理论为基础发展起来的n法、I法、变I法、k法、变k法、折断级配算法等级配算法的优缺点和以粒子干涉理论为基础发展起来的间断级配算法的优缺点。
3) maximum density curve theory
最大密度曲线理论
1.
By studying the maximum density curve theory,particle interfering theory and different grading calculus,the varying i method and calculating formula were put forward to grading design.
在对最大密度曲线理论和粒子干涉理论及相关级配算法研究的基础上,提出了变i法及相应算法。
4) maximum size-density line
最大密度线
5) the maximum theoretical density lines
最大理论密度线
1.
The issues to be considered,therefore,on application of Superpave system to AC-16 design are discussed in this article,which include the determination of the maximum theoretical density lines,the readjustment of control points,the conversion of the level of mix compaction,and the analysis on .
由于美国和我国筛孔的不同,基于美国筛孔体系的Superpave理论并不能直接应用于AC-16,为此详细介绍了Superpave体系在AC-16设计中应用时需要考虑的问题,其中涉及了最大理论密度线的确定、控制点的调整、混合料压实水平换算及体积特性分析等内容。
6) MLHGR (maximum linear heat generation rate)
最大线功率[密度]
补充资料:抑制最大密度发烟硝酸
分子式:
CAS号:
性质:含有42%~46%(质量)四氧化二氮、0~0.5%水和0.7%氢氟酸的红烟硝酸。亦称抑制最大密度发烟硝酸或硝酸-44。熔点-37.1℃。沸点26.8℃。d4251.642~1.652g/cm3(25℃)。临界温度267℃。临界压力9.85×103kPa。用作火箭推进剂的特点是其体积能量密度大,可减小对贮箱的尺寸要求。
CAS号:
性质:含有42%~46%(质量)四氧化二氮、0~0.5%水和0.7%氢氟酸的红烟硝酸。亦称抑制最大密度发烟硝酸或硝酸-44。熔点-37.1℃。沸点26.8℃。d4251.642~1.652g/cm3(25℃)。临界温度267℃。临界压力9.85×103kPa。用作火箭推进剂的特点是其体积能量密度大,可减小对贮箱的尺寸要求。
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