1) bedding plane
层面,顺层面
2) bedding foliation
顺层面理
3) Bedding fracture plane
顺层开裂面
4) surface
[英]['sɜ:fɪs] [美]['sɝfɪs]
面层
1.
Construction technology for PVC floor surface;
PVC胶地板面层施工工艺
2.
Causes in structure of piled wharf surface cracking
高桩码头面层裂缝的结构性成因分析
3.
Simple Talking about Technologies for Construction of Asphalt Mixture Surface
浅谈沥青混合料面层施工工艺
5) layer surface
层面
1.
Experimental study in axial tension fracture of Rolled Compacted Concrete(RCC)layer surface;
有层面碾压混凝土轴拉断裂试验研究
2.
The mode Ⅱ fracture experiment for different RCC layer surface and body specimens was carried out and shear fracture parameters were obtained.
通过用不同形式的碾压混凝土层面及本体形式试件进行Ⅱ型断裂试验得到了各种层面形式的剪切断裂参数。
3.
Many engineering situations were adopted to simulate layer surface before initial setting time,middle layer surface,layer surface after final setting time and body formations and mode I fracture experiment were performed.
通过用不同工况的碾压混凝土试件近似模拟碾压混凝土初凝前层面、中间型层面和终凝后层面及本体形式并进行I型断裂试验。
6) surface layer
面层
1.
After expounding the influence of common quality defects of wharf s concrete surface layer on utilization and appearance of the wharf and analyzing the causes of the quality defects,we recommended control measures,which have achieved a satisfactory effect in wharf surface concrete construction of berths Nos.
论述码头混凝土面层施工常见质量通病对工程使用和观感质量的影响,分析质量通病的成因,提出预防及治理措施。
2.
In order to study the relationships between the shear resistance of the pavement structure and the thickness of surface layers and the modulus of base courses,the finite element method was used to analyze the displacement field of the crack tip.
目的为了研究路面结构的抗剪能力与面层厚度及基层模量之间的关系。
补充资料:粒面层
分子式:
CAS号:
性质:又称粒面层或恒温层。是真皮的上层,即从真皮的表面到毛囊及汗腺底部的这一层。其表面与表皮的下层相互啮合,表皮除去后,该层表面呈现乳突状,故称乳头层。制革时,乳头层又称粒面层,并因该层内含有能调节动物体温的汗腺、脂腺及竖毛肌等组织,故亦称恒温层。乳头层占真皮的厚度比例因动物种类及皮的部位而不同。该层的胶原纤维束比位于其下的网状层要纤细,纤织交织角也较平缓,组织结构和物理机械强度也较网状层弱,制革时要保护乳头层以及这两层之间的联系,以免影响粒面美观和革的强度。
CAS号:
性质:又称粒面层或恒温层。是真皮的上层,即从真皮的表面到毛囊及汗腺底部的这一层。其表面与表皮的下层相互啮合,表皮除去后,该层表面呈现乳突状,故称乳头层。制革时,乳头层又称粒面层,并因该层内含有能调节动物体温的汗腺、脂腺及竖毛肌等组织,故亦称恒温层。乳头层占真皮的厚度比例因动物种类及皮的部位而不同。该层的胶原纤维束比位于其下的网状层要纤细,纤织交织角也较平缓,组织结构和物理机械强度也较网状层弱,制革时要保护乳头层以及这两层之间的联系,以免影响粒面美观和革的强度。
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