1) segment thickness
管片厚度
1.
The optimization of the segment thickness of shield tunnel in Shanghai soft soils;
上海软土盾构法隧道管片厚度的优化
2) thickness of sliced lotus root
藕片厚度
1.
Effects of dehydration temperature, thickness of sliced lotus root, β-cycoldextrin(β-CD) on sliced lotus root’s dehydration and its rehydration were studied.
就干制温度、藕片厚度和β-环糊精对藕片干制及其复水性的影响进行了研究,实验表明,温度在50～70℃,藕片厚度小于0。
2.
Effects of thickness of sliced lotus root, dehydration temperature, β-cycoldextrin (β-CD) on sliced lotus root's dehydration and its rehydration were studied.
就干制温度、藕片厚度和β-环糊精对藕片干制及其复水性的影响进行了研究,实验表明,温度在50-70℃,藕片厚度小于0。
4) lamellar spacing
片层厚度
1.
A special heat treatment process was used to separate the microstructural parameters, mainly grain size and lamellar spacing.
通过特定的热处理工艺，分离出全片层组织的晶粒尺度和片层厚度两个主要的显微组织参数，研究了晶粒尺度和片层间距对全片层组织合金的强化效果。
2.
Fully lamellar microstructures with four different grain sizes for constant lamellar spacing and two different lamellar spacings for constant grain size have been obtained by means of various heat treatments.
研究表明 ,通过不同的热处理制度可以得到具有相同片层厚度的 4种晶粒尺度 ,以及晶粒尺度大约为 45 0 μm,片层厚度分别为 15 0 nm和5 0 0 nm的组织。
5) section thickness
切片厚度
1.
Objective: To study the influence of the section thickness on measuring the nuclear volume.
目的: 研究组织切片厚度对细胞核体积测量结果的影响。
6) fin thickness
翅片厚度
1.
Pressure drop performance and heat transfer performance of a strip fin were simulated with STAR-CD, and the influence of fin thickness on the performances of strip fin was analyzed, and the simulated results were also analyzed by the field synergy principle.
利用计算流体力学软件STAR-CD研究了开缝翅片管式换热器的换热和压降特性,分析了开缝翅片厚度对换热器压降、换热特性的影响,并用场协同理论分析了计算结果。
补充资料：管片衬砌
见装配式衬砌。
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