scatterer中文是什么意思

• 散播者
• 散热器
• 散射体

• clutter scatterer    杂波散射体
• extended scatterer    扩展散射体
• flower-scatterer    散花师
• hay scatterer    干草铺条撒布器
• isotopic scatterer    各向同性散射体,迷向散射体
• isotropic scatterer    各向同性散射体,迷向散射体
• point scatterer    点散射体
• rayleigh scatterer    瑞利散射器
• sound scatterer    声散射体
• straw scatterer    茎稿撒布器
• swath scatterer    干草铺条撒布器
• oceanic sound scatterer    海洋声散射体
• scatterfreelyoveranarea    在一块地上漫撒
• scatteredxrays    散射
• scattergood    n. 挥霍无度的人。
• scatteredrays    散射线
• scattergram    点状图; 分布图; 中心点图
• scatteredradiation    散射辐射
• scattergun    〔美俚〕猎枪；机枪。
• scatteredparticle    散射粒子
• scattering    adj. 1.分散在不同方向的，分散在不同范围的。 2.广泛扩散的。 3.(选票)数量分散的，不集中的。 n. 1.散乱。 2.在媒介质中的散播。 3.【物理学】散射。 adv. -ly
• scatteredneutro    散射中子

• The mett cross section applies to a point scatterer .
  莫脱截面适用于点散射体。
• Estimating average scatterer spacing of pig liver in vitro with wavelet analysis
  离体猪肝组织散射元平均间距的小波估计
• Ultrasonic estimating mean scatterer spacing of biotissue based on wavelet transform
  基于小波变换利用超声估计生物组织散射元平均间距
• Spectral data of the near field for locating the shape of scatterer with impedance boundary condition
  由近场谱数据确定阻抗散射体的形状
• Ultrasonic backscattering microstructure feature of tissue s scatterer based on chirp - z transform cepstrum
  变换频谱细化倒谱分析生物软组织散射微结构特征
• If a scatterer like human head is used , intensity differences among microphones can be obtained efficiently
  如果能够利用一个类似人头的散射体，则可有效地获得传声器之间的强度差信息。
• Calculation for the radiation dose distribution and the impact of scatterer on radiation dose in a 60co container inspection hall using monte carlo method
  集装箱检测大厅辐射场剂量分布及其散射体的影响
• Localized light - scatterer - one feature on the surface of a wafer , such as a pit or a scratch that scatters light . it is also called a light point defect
  局部光散射-晶圆片表面特征，例如小坑或擦伤导致光线散射，也称为光点缺陷。
• Both media with gain and loss as well as amplitude - phase scatterer are considered . a new functional expression is derived for predicting the hot - image intensity
  ( 3 )对位相型、振幅位相混合型衍射物在理想介质、增益损耗介质中热像形成的物理规律进行了研究。
• It was found that after our careful processing of the absorption boundary for artificial reflection , we could use the time - trace records at the surface to invert the locations of seismic sources or underground scatterer accurately
  经由适当的消除人为边界反射，在只利用地表的历时记录即有效的推求出震源及散射体的精确立置。

• scattererとは意味：{名} : 散乱体｛さんらんたい｝