球形颗粒的英文

• round particle
• spherical grain
• spherical particle
• spheroidal particle

• "球形"英文翻译    sphere; sphericity; spherica ...
• "颗粒"英文翻译    pellet; bead; dust; anything ...
• "非球形颗粒" 英文翻译 :    aspherical particle; non-spherical particle
• "类球形颗粒" 英文翻译 :    near-spherical article
• "蔗糖球形颗粒" 英文翻译 :    sugar spheres
• "球形颗粒推进剂" 英文翻译 :    ball propeller
• "由球形或椭球形颗粒组成" 英文翻译 :    oolitic texture
• "棒形颗粒" 英文翻译 :    rod shaped particle
• "不变形颗粒" 英文翻译 :    non-deforming particle
• "多角形颗粒" 英文翻译 :    angular grain
• "镰刀形颗粒" 英文翻译 :    sickle-form particle containing
• "卵形颗粒" 英文翻译 :    ovoid grain
• "球形" 英文翻译 :    sphere; sphericity; spherical; globular; round◇球形安全阀 ball relief valve; 球形阀 globe valve;球形反射面[器]天线 spherical-reflector antenna; 球形天线 spherical antenna; ball antenna
• "大形颗石" 英文翻译 :    macrococcolith
• "环形颗石" 英文翻译 :    cricolith
• "角形颗石" 英文翻译 :    goniolithus
• "似扇形颗石" 英文翻译 :    flabellites
• "斜形颗石" 英文翻译 :    loxolithus
• "靴形颗石" 英文翻译 :    crepidolithus
• "圆环形颗石" 英文翻译 :    cyclolith
• "a颗粒" 英文翻译 :    a particle
• "颗粒" 英文翻译 :    1.(小而圆的东西) pellet; bead; dust; anything small and roundish (as a bean, pearl, etc.)2.(一颗一粒粮食) grain3.(细粒) granule; granulation; particle◇颗粒大小 granular size; particle size; 颗粒肥料 granulated fertilizer; 颗粒复合材料 particulate composite; 颗粒饲料 [农业] diet pellet; pellet; pellet feed; 颗粒物质 [地质学] particulate matter; particulate; 颗粒形状 particle shape; 颗粒制剂 granular preparation; 颗粒组成 grain composition
• "卷绕菱形颗石" 英文翻译 :    diadorhombus
• "无翅罩形颗石" 英文翻译 :    apterapetra; aptertapetra
• "复式五角形颗石" 英文翻译 :    composite pentalith

• Numerical simulation of drag force on non - spherical particle in gas - particle two - phase flow
  气固两相流动中非球形颗粒所受曳力的数值研究
• Practice for defining size , calibration , resolution , and counting accuracy of liquid - borne particle counter using near - monodisperse spherical particulate material
  使用近似单向扩散球形颗粒材料定义液体传送颗粒计数器的尺寸校准分辨率和计数精度惯例
• It is a kind of globular granule primary made of high - purity silicon powder and silicasolm , provided with resistance to water , high strength , high activity and long life
  遇水不裂硅胶（硅大球）是以高纯度硅粉和硅溶胶为主要原料而制成的球形颗粒，克服了硅胶遇水都会爆裂的弱点，具有耐水、高强度、高活性、所制备的催化剂寿命长的特点。
• Base on the effective permittivity forecasting formula of spherical core - shell type inclusions , the theory frame of optimum design of absorbing coating is constructed ; the optimization of single layer and double layers is done
  基于核壳型球形颗粒的等效介电常数的预测公式，建立了吸波涂层优化设计理论框架，并对单层和双层吸波涂层进行了优化设计。
• We can infer the em parameters of pure carbonyl - iron from the em parameters of ds of various content by curve - fit simulating and interpolation . maxwell - garnett ( mg ) formula and bruggeman formula is applicable for spherical particles ds
  Maxwell - garnett公式和bruggeman公式是适用球形颗粒复合体系的经典计算公式，本文将两组公式及maxwell - garnett扩展公式运用于羰基铁粉分散体系。
• In this paper , three unique models were designed to research atom diffusion at interface , contacting line and joining point under bpec heating and compare with it under radiation heating in order to find out if bpec speed atom diffusion . the first model was aimed to research atom diffusion at interface under bpec heating . experiment condition of bpec diffusion welding sheet cu and ni : direct diffusion welding , at a pressure of l0mpa , welded at 750 ~ 900 , with heat rate of 200 ~ 400 / min for 10mm , on / off of 6 / l ~ 48 / 8 , with die or not , vacuum of 6pa
  本文设计出三种样品预构件，研究脉冲大电流加热条件下片状材料、线状材料和球形颗粒之间的原子扩散过程，弄清脉冲大电流加热条件下原子扩散与一般烧结和焊接过程中原子扩散的区别，以证实特殊的电场和磁场是否对原子的扩散有推动作用，揭示脉冲大电流加热条件下原子的扩散过程，探索脉冲大电流热加工技术快速高效的原因。
• When a cluster of particles is immersed in a uniform electric field , the particles are coupled together due to the mutual interaction among them . this interaction causes the dipole moment of the cluster to be dependent upon the spatial arrangement and relative permittivity of the particles and upon the cluster size . in this work , we attempt to estimate the dipole moment of finite cubic arrays of particles , in terms of that of particle chains which has been known . we assume that a chain may be replaced by a single equivalent sphere with the same dipole moment . with replacing the chain by equivalent sphere , a cluster is simplified to a planar array , and this planar array is simplified to a chain , then the dipole moment is obtained . numerical calculations are performed . it is found that our results are acceptable
  置于均匀电场中的一簇球形颗粒，由于其内部的相互作用而耦合在一起.这致使簇的感应偶极矩与簇的几何结构，大小以及颗粒的介电常数等参量有关.试图通过已知的链的偶极矩确定任意大小长方结构的簇的偶极矩.假定颗粒链可以被具有同样偶极矩的一个等效介质球代替，并将具有空间结构的颗粒簇处理成面结构簇，再将面结构简化成一个颗粒链，从而确定簇的偶极矩.在这一过程中，通过不断增加等效球的尺寸，将颗粒间的相互作用包含在簇的偶极矩中.数值分析了立方结构簇的偶极矩，结果是可接受的
• These researches provide us a basis for forecasting the pests in grain in earlier stage , accurately utilizing pesticides , improving the efficiency of prevention and reducing the loss of stored grain . the sound absorption properties of various types and thickness of grain are measured by means of the standing wave tube technique . the following conclusions can be drawn : for the same thickness the larger grains has a smaller sound absorption coefficient than the smaller grains
  为了有效地研究储粮害虫所产生声信号在各种粮食中的传播特性，本文采用驻波管法，对十一种不同种类粮食在不同堆积厚度情况下的吸声性能进行了实验研究，粮食吸声特性与其颗粒的大小、形状、排列方式及粮食堆积厚度等有关，存在一定的规律，得出如下结论：同一厚度下，颗粒大的粮食较颗粒小的吸声性能差，颗粒由大到小，吸声系数峰值频率向低频方向移动；球形颗粒粮食较长形颗粒吸声性能差。
• This work emphasized the syntheses of perovskite templates ( including srtio3 and baho3 ) . batio3 were prepared by molten salt synthesis ( mss ) . scanning electron microscopy ( sem ) and x - ray diffraction patterns ( xrd ) revealed that there was no aggregation with batio3 powders and spherical particles of batio3 was obtained by mss
  本论文用熔盐法合成batio _ 3 ，通过xrd物相分析和sem形貌分析，可以得到如下结论：用熔盐法合成的batio _ 3粉体基本无团聚，显微结构为球形颗粒。
• Using the method of micromechanics theory and the finite element method , the problem of electromagnetic field of spherical core - shell type particle is studied and effective permittivity forecasting formula of this particle is induced ; the forecasting results is confirmed by the finite element method ; the effect of material parameter and geometry parameter on the effective permittivity is studied
  利用微观力学方法和有限元方法，对核壳型球形颗粒夹杂的复合材料的电磁场问题进行了研究，得出了核壳型球形颗粒夹杂的复合材料的等效介电常数的预测公式，并用有限元方法进行了验证：研究了材料参数和几何参数对等效介电常数的影响。