平面相的英文

• in-plane phasing

• "平面"英文翻译    plane; two dimensions; flat ...
• "相"英文翻译    looks; appearance
• "平面相控阵" 英文翻译 :    planar phased array
• "平面相似性" 英文翻译 :    planimetric shape outline
• "与平面相交" 英文翻译 :    intersects with plane
• "平面相对光度" 英文翻译 :    horizontal relative light intensity
• "面相" 英文翻译 :    [方言] (相貌) face 她面相平常。she has a plain face
• "百面相" 英文翻译 :    dodomeki; domeki
• "表面相" 英文翻译 :    surface phase
• "地面相" 英文翻译 :    surface phase
• "界面相" 英文翻译 :    boundary phase
• "面相法" 英文翻译 :    physiognomy
• "面相术" 英文翻译 :    physiognomy
• "缺面相" 英文翻译 :    merohedrism
• "平面" 英文翻译 :    plane; two dimensions; flat surface◇平面多边形 plane polygon; 平面几何(学) plane geometry; 平面精研机 surface lapping machine; 平面镜 [物理学] plane mirror; 平面磨床 [工业] surface-grinding machine;flat grinder;平面三角(学) plane trigonometry; 平面图 planimetric map; plan; plane figure; [数学] planar graph
• "ansikte面面相觑" 英文翻译 :    ansikte mot
• "半光面相纸" 英文翻译 :    semiglo y paper; semiglossy paper
• "表面相关" 英文翻译 :    correlation of surface
• "波阵面相差" 英文翻译 :    wavefront aberration
• "地面相撞" 英文翻译 :    ground collision
• "观人面相" 英文翻译 :    scop
• "光面相纸" 英文翻译 :    glossy paper
• "哈钦森面相" 英文翻译 :    hutchinson mask
• "口面相差" 英文翻译 :    phase error in aperture
• "面面相觑" 英文翻译 :    stand gazing at one another -- being at a loss what to do; each stared speechless at the other.; eye each other; gaze at each other in speechless despair; look at each other, puzzled [surprised]; look at each other helplessly [with a helpless air; look at each other in astonishment [in utter amazement; in surprise]; look [gaze] at each other in disappointment [in silence; in consternation]; look [stare] at one another; look at one another blankly [in dismay; in blank dismay]; look blankly into each other's face; (they) looked from one to another.; see eye to eye; stare at each other aghast 我们都面面相觑, 不知说什么才好。 we were all looking at each other in dismay and at a loss for words

• 1n thi s paper we bring forward a new p1an for array miniaturization using the p1ane phase - - contro11ed array can achieve both large covering width and narrow beamwidth
  本论文提出一种小型化的方案，采用平面相控阵可以实现大的覆盖宽度和窄波束。
• The program has been compiled by visual basic programming language , based on which the analysis of single well sedimentary microfacies and the study of the plane sedimentary facies are acomplished finally
  同时还研制了利用神经网络进行沉积微相自动识别程序。利用此程序对研究区进行单井沉积微相的分析及平面相研究。
• 2 - d superresolution direction finding methods at subarray level suited for plane phased arrays are studied . for overcoming the limitations of true array manifold ( tam ) that the expense and cost of the array calibration are high and the calibration realization is complex , five kinds of simplified array manifolds are proposed , namely direct simplified array manifold ( dsam ) , simplified array manifold based on ideal subarray patterns ( sam _ isp ) , simplified array manifold based on approximate ideal subarray patterns ( sam _ aisp ) , simplified array manifold based on gaussian subarray patterns ( sam _ gsp ) , simplified array manifold based on approximate gaussian subarray patterns ( sam _ agsp ) respectively . the performances of applying these array manifolds to music , wsf and ml methods at subarray level are analyzed
  本文研究了平面相控阵二维子阵级超分辨测向,针对真实阵列流形( tam )校正成本和代价高以及实现复杂的缺陷,提出了五种简化的阵列流形分别为直接简化的阵列流形( dsam ) 、基于理想子阵方向图的简化阵列流形( sam _ isp ) 、基于近似理想子阵方向图的简化阵列流形( sam _ aisp ) 、基于高斯子阵方向图的简化阵列流形( sam _ gsp )和基于近似高斯子阵方向图的简化阵列流形( sam _ agsp ) 。
• To overcome the shortages of the traditional proportional guidance in attacking maneuvering targets , the paper firstly established the relative motion models for the anti - ship missile and the target in three dimensions , then based on the optimal guidance law for aiming at non maneuvering targets and the sliding - mode control theory , the optimal sliding - mode guidance law in three dimensions , which was more easily - accomplished in engineering , was derived by making the pitch plane and yaw plane superposition
  摘要针对传统比例导引法攻击机动目标的不足，建立了三维空间中反舰导弹和目标的相对运动模型，在研究反舰导弹攻击非机动目标的最优制导律基础上，利用俯仰和偏航两个平面相叠加的方法，结合滑模控制理论设计了工程上易于实现的三维模型下的反舰导弹最优滑模制导律。
• The sheet metal work pieces are first divided into several groups such as cylinder , cone and so on . then , under considering the intersection of two cylinders or a cone and a plane , the mathematical models have been developed , and the corresponding unfolding methods have been determined . on the platform of autocad , the system has been redeveloped by means of autolisp and activex object , and the unfolding cad system has been designed , which can realize the parametric drawing of the extension of sheet metal
  结合工程实际对曲面构件进行了分类，并通过分析建立了包括圆柱、圆锥、圆柱与圆柱相贯、圆锥与平面相贯等曲面构件的数学模型，确定了适当的展开方法，以autocad2000为平台，以autolisp结合activex对象为工具，进行二次开发，设计了曲面展开cad系统，从而实现钣金件展开图的参数化绘图。