Chinese translation for "轴对称的"

axial symmetric
axisymmetrical

Related Translations:

轴对称:  [数学] axial symmetry; rotational symmetry◇轴对称场 axially symmetric field

轴对称单元:  axisymmetric element

轴对称流轴对称怜:  axially symmetric flow

轴对称伸长:  axially symmetric extension

轴对称扩大:  axisymmetric expansion

轴对称风洞:  axisymmtric tunnel

轴对称圆环:  axisymmetric torus

轴对称模型:  axisymmetric model

轴对称性:  axial symmetry

轴对称应力:  axisymmetric stressaxisymmetrical stresssymmetrical stress

Example Sentences:

	1.	Pitch-yaw coupling can be neglected only for nearly axisymmetric vehicles . 只有对接近于轴对称的飞行器，俯仰与偏航的耦合才能略去。
	2.	Four balancing electrodes are used to compensate the asymmetry and the sensitivity method is used to calculate the balancing voltage 在非轴对称的情形下,利用四个平衡电极来进行补偿,并通过灵敏度法来求得四个平衡电压值的大小。
	3.	There have n ' t a same result for the simulation of thallium cluster , owing to different electronic structure . this shows that the potential energy function limit to use in certain condition . 2 对t1簇的计算和模拟得到与铜簇并不一致的的结果，具有六次轴对称的结构，这反映出电子结构的不同是影响它们结构的主要因素。
	4.	With this axial symmetric quasi - 3d model , the gas - flow field in such a wedge - shape air - gap is studied , the phenomena about taylor vortex in such a narrow wedge - shape air - gap is illuminated and the so caused gas - flow in axial direction is explained 采用准三维轴对称的计算模型，对楔形气隙的流场进行了研究，验证了高速旋转情况下，环形间隙流场中充满taylor涡流的现象及相关规律。
	5.	It follows from production procedure that it is relatively easy to wind axisymmetric parts , however , it is much harder to design an manufacture non - axisymmetric parts such as elbows and t - pieces . advanced filament winding machines and cad / cam software for filament winding are required for the design and production of non - axisym metric parts 从加工方法知，缠绕轴对称部件比较容易，而对于非轴对称的异形管如管道配件? ?弯管和t形管等，其缠绕路径设计和加工都十分困难，不仅需要先进的硬件设备，而且更需缠绕cad cam软件的支持。
	6.	Based on the navier - stockes equation , the finite difference method was applied to variance the simplified n - s equation on cylindrical coordinate system . then , 3 - d model of the spiral flow locally generated in circular pipe with steady and axial - symmetry condition was founded . the ordinary iterative method of gauss - seidel was induced 太原理工大学硕士学位论文本文以局部起旋条件下的圆管螺旋流为模拟对象，从以速度和压强为自变量的微分方程一navier一5tokes方程出发，利用有限差分法对柱坐标系下简化后的n一s方程进行离散，建立定常的、轴对称的三维计算模型。
	7.	( 3 ) the most principal factors that influence the supersonic atomization process include the flow ratio of the gas - liquid metal ( gmr ) value , the flow of atomizing of gas and the range of the inverse vortex taper . the more of the value of three factors , the more advantage they are for the atomization and the more fine the powders are . ( 4 ) the produced powders are the best in efficient atomization efficiency , particle diameter , particle shape and dispersion when the solder alloy is zhl63a , atomizing medium is n2 , the protrusion h = 6 . 0mm , atomizing gas pressure p = 100mpa , over - heat temperature t = 167 ( t = 350 ) 研究结果表明： ( 1 )超音速雾化器的气体流场在导液管下端形成一个倒涡流锥，在二维空间上呈轴对称的双峰分布，负压形成于这个倒涡流锥内； ( 2 )修正后的雾化气体速度公式可以满足超音速雾化的要求； ( 3 )影响超音速雾化工艺最根本的因素有气液质量流率比( gmr )的大小、雾化气体流量和倒涡流锥范围，三个因素的值越大，对形成细粉越有利； ( 4 )在焊锡合金为zhl63a ，雾化介质微n _ 2 ，导液管突出高度取h = 6 . 0mm ，雾化气体压力取p = 1 . 0mpa ，合金过热度取t = 167 ( t = 350 )时，所制得的粉末在有效雾化率、颗粒球形度、粒度及其离散度三个方面综合性能最好。
	8.	On the base of the character of hemisphere continuously vibrating , the method of actuation and measuring , the asymmetry compensating process and the measuring limit were studied , the control loop and the parameter design were introduced , which will be prepared for the future circuit design and the automobile security application 本论文主要是在半球连续振动特性的基础上,对陀螺仪的驱动及感测方法、非轴对称的补偿方法及感测极限进行研究,并详细介绍其控制回路与其参数的设计,为以后电路设计和面向汽车安全的应用打下了坚实的理论基础。
	9.	The numerical simulation was made on this kind of energy dissipator by using the k - s turbulence model , the full - field distribution of the time - averaged parameter and the turbulence parameter are described in detail , the calculated time - averaged pressure has good agreement with the experimental results , some advice can be provided for the further study and application in this thesis , especially the calculated results can be used to check the lowest time - averaged pressure 本文对洞塞式消能工采用轴对称的k -模型进行了数值模拟，数值模拟结果详细地描述了时均流参数和紊动参数的全场分布，计算所得的壁面时均压力结果与实验结果相吻合，获得了实体试验难以获得的流动特征。可供这种消能工的进一步研究和应用提供参考，特别是可用于检验压力最低点的大小。
	10.	According to the physical model , a mathematical model and computational method were proposed . an axially symmetric transient thermal conduction equation was put forward , which included material pyrolysis , pyrolysis gas flow and chemical reaction in charred layer . chemical reaction was controlled by chemical dynamics , and the reaction rate was computed using arrhenious equation 针对物理模型提出了相应的数学模型和数值计算方法，在材料内部建立了二维轴对称的非稳态导热控制方程，其中加入了材料热解、热解气体流动以及炭化层内的化学反应等因素的影响，化学反应由化学动力学控制，通过arrhenius公式确定其反应速率。

Similar Words：

"轴对称变形" Chinese translation, "轴对称槽" Chinese translation, "轴对称场" Chinese translation, "轴对称单元" Chinese translation, "轴对称导管" Chinese translation, "轴对称的状态" Chinese translation, "轴对称等离子流" Chinese translation, "轴对称度" Chinese translation, "轴对称短舱" Chinese translation, "轴对称锻造" Chinese translation