1) superhigh transition section
超高过渡段
1.
With regard to the setup of road superelevation,this paper proposed that the superhigh values be rationally decided on in accordance with the requirements upon horizontal force coefficient,road longitudinal gradient and curve location,and illustrated the relationship between them and clothoid and widening transitory section by calculating the length of superhigh transition section.
对于道路超高设置,指出应根据横向力系数、道路纵坡、曲线所处位置等几方面的要求合理选定超高值,并通过超高过渡段长度的计算说明了其与回旋线、加宽过渡段的关系。
2) superelevation transition
超高过渡
1.
Based on the specific situation in the process of computing the superelevation transition the horizontal curve of highway, this article gives the universal calculation for the superelevation transition within the superelevation run\|off, conforming to the requirments in Specification for Design of Highway Alignment.
根据在公路设计中平曲线超高过渡计算时遇到的具体情况 ,按照《公路路线设计规范》的要求 ,推导出超高缓和段内超高过渡的通用算法 ,并提出了对“C型曲线”在两回旋线衔接处进行超高、加宽过渡的改进方
2.
Presently the method of roadway superelevation transition(run-off) is not stipulated clearly in the Highway Route Design Specification in China.
我国《公路路线设计规范》对超高缓和段的设计方式没有明确规定,工程实践中超高过渡大多是在缓和曲线上进行。
3) types of superelevation transition
超高过渡方式
4) high-ultrahigh pressure transition eclogites
高压/超高压过渡榴辉岩
5) transition segment
过渡段
1.
Especially in the transition segment,the properties of every section are different.
试验和模拟结果显示,由于削层的存在,使得结构更复杂,尤其在过渡段内,各截面的性能互不相同。
2.
Especially in the transition segment,the properties of every transverse section are different.
试验和模拟结果显示,由于削层的存在,使得结构更复杂,尤其在过渡段内,各截面的性能不同。
3.
Introduces function and characters of flat-pipe belt type conveyor,applies differential elements shaping theory to carry on the shaping analysis of transition segment,and deduces shaping formula on transition segment of flat-pipe belt conveyor.
介绍了扁管带式输送机的性能、特点、结构,运用微元成形法对扁管带式输送机过渡段进行成形分析,推导出过渡曲线的成形公式,给出了输送带过渡段的空间仿真图像,可为过渡段的受力分析及托辊的布置提供理论依据。
6) Transition sublevel
过渡分段
1.
Optimization of Ore Drawing Mode for Transition sublevel in Pillarless Sublevel Caving;
无底柱分段崩落法过渡分段放矿方式优化研究
补充资料：70t超高功率电弧炉(淮阴钢铁公司)
70t超高功率电弧炉(淮阴钢铁公司)
彝 70t超高功率电弧炉(淮阴钢铁公司)
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