非真軸 的英文怎麼說
中文拼音 [fēizhēnzhóu]
非真軸
英文
improper axis-
( 2 ) common integument tissue venous vessel network can be divided into five layers from superficial layer to deep layer : cutaneous papillary layer, hypopapillary layer, hypodermis layer, subdermal layer and deep fascia layer. the artery branch and arteriole that shallowed up from hypopapillar layer get to papillar layer to form vessel network, circuitous and twisted, reflux and anastomose to become postcapillary micro veins and endothelial venule, then anastomose each other and accompanied with artery to enter hypo
小靜脈伴行動脈進入皮下組織層、深筋膜層，並與皮下組織層和深筋膜層動脈分支的伴行靜脈匯合，分別形成皮下組織層、深筋膜層靜脈網，進而匯入軸心動脈的伴行靜脈。而真皮下血管網中與動脈不伴行的微靜脈匯合成為小靜脈，並逐漸聚集增粗，匯合加入淺非伴行靜脈屬支或即為屬支的起點。The landscape dimensions should not be confused with the actual spatial dimensions of the world ; each axis measures not some position in physical space but some aspect of the geometry, such as the size of a handle or the position of a brane
弦論地景的維度不應與世界的真正維度相混淆；每個座標軸所測度的，並非物理空間中的某些位置，而是幾何的某個面向，例如把手的大小或膜的位置等。The results showed that the microstructure of as - deposited tbdyfe ii 1ms were amorphous and the crystal of tbfe2 were found in films after annealing at 500. annealing films in vaccum could improve the saturation magnetization ms and the susceptibility, decrease the coercivity and the saturaion field, and make the direction of the magnetic moments parallel to the film plane
結果表明，制備態薄膜為非晶態結構，經過500真空退火熱處理后，薄膜出現了tbfe _ 2的結晶物，薄膜的矯頑力和外場的飽和磁場大大降低，飽和磁化強度增強，初始磁化率提高，易磁化軸轉向膜面。It is suggested that the true triaxial test under different stress paths should be performed to derive reasonable anisotropic yield criterion and further to develop nonlinear anisotropic elastic - plastic constitutive model
建議通過復雜應力條件下不同應力路徑的真三軸試驗，建立合理的各向異性屈服準則，進而建立各向異性非線性彈塑性模型。Cylindrical cup is a typical axial symmetrical part, though the deformation of material is simple in drawing process, but during the drawing process, exists a lot of influence factors ( including workpiece material character itself as well as each technological parameters ), and they restrict mutually between the factors. so how to calculate the limiting drawing rate of a cup becomes a complicated nonlinear and multi - gene question. to predicting limiting drawing rate of the cylindrical cup accurately indeed is a very complex subject
筒形件是典型的軸對稱拉深件，在拉深過程中材料的變形雖然相對簡單，但是在生產過程中，由於影響因素很多（包括工件材料本身性能以及各個工藝參數） ，且各種因素之間相互制約，故如何準確地計算筒形件拉深極限就成為一個復雜的非線性多因子問題，要真正準確預測筒形件極限拉深系數也是一個非常復雜的課題。分享友人