1) lamellar
[英][lə'melə] [美][lə'mɛlɚ]
板层状
1.
Transglutaminase 1 gene mutations in a family with lamellar ichthyosis;
板层状鱼鳞病TGM1基因突变研究
2.
Mutations in transglutaminase 1 gene in two families with lamellar ichthyosis;
板层状鱼鳞病两家系TGM1基因的突变
3.
Objective To detect the activity of transglutaminase1(TGM1)and gene mutation in a family with lamellar ichthyosis.
目的检测一板层状鱼鳞病家系中患者转谷氨酰胺酶1的活性及其编码基因的突变。
2) stratified roof
层状顶板
1.
Application of the contact element method in analyzing the separation and deformation of the stratified roof;
接触单元法在层状顶板离层变形分析中的应用
2.
By using the analyzing code called rock destroy process(RFPA~(2D)) analysis,the distortion destroy characteristic of tunnel with stratified roof and the destroy rules of tunnel with stratified roof under different lateral pressure and different ratio of thickness to span were analyzed.
利用东北大学自行开发研制的岩石破裂过程分析软件(RFPA2D),分析了层状顶板巷道围岩的变形破坏特征,以及不同侧压条件下和不同厚跨比条件下层状顶板的破坏规律。
3.
The model is based on the nonlinear contact theory and constructed with the study results of the roof characters of full seam roadway with stratified roof and large section in Daning coal.
为研究层状顶板在巷道开挖后的离层变形特征,确定顶板离层的准确位置,根据非线性接触理论,针对大宁煤矿大断面全煤巷道层状顶板结构特征,层间接触面采用状态非线性模拟的方法,构建了有限元计算模型,并运用ANSYS计算软件进行了数值模拟。
3) Layered roof
层状顶板
1.
Study on the layered roof compression-bending failure of roadways in coal seam;
煤巷层状顶板压曲破坏现象分析
4) laminar rock plank
层状岩板
1.
According to the in-situ measurement of damage shape of impacted object and the theory of direct back analysis,the magnitude of the impact load and the dynamic tensile strength for laminar rock plank are identified by taking the similitude-degree between the measured damage shape and the numerical simulated shape as the target function.
根据现场被冲击物的实际量测破坏形态,利用直接反演分析原理,以数值仿真分析所得叠层岩板破坏规律与现场实际岩板破坏形态的相似度最大为追求目标,进行识别反演层状岩板冲击载荷的数值范围和动抗拉强度估计值。
6) laminated panel
薄层状板
补充资料：层状结构催化剂
分子式：
CAS号：
性质：在层状结构物中层与层之间引进有机或无机的基因，从而具有催化作用的催化剂。其优点是可通过控制层间距(如0.5～4.0nm)，使反应物定向，以达到独特的反应物和产物选择性。层状结构材料可以用天然层状黏土或水滑石等改性，也可以用K2La2Ti3O10等起始层板材料分步交换制得。提高柱层状结构物的热稳定性和水热稳定性，目前还比较困难。
CAS号：
性质：在层状结构物中层与层之间引进有机或无机的基因，从而具有催化作用的催化剂。其优点是可通过控制层间距(如0.5～4.0nm)，使反应物定向，以达到独特的反应物和产物选择性。层状结构材料可以用天然层状黏土或水滑石等改性，也可以用K2La2Ti3O10等起始层板材料分步交换制得。提高柱层状结构物的热稳定性和水热稳定性，目前还比较困难。
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