skin depth

英 [skɪn depθ] 美 [skɪn depθ]

网络  穿透深度; 趋肤深度; 透入深度; 集肤深度; 表层厚度

计算机化学



双语例句

  1. Due to its proximity effect and skin effect, induction heating is only the workpiece near the outer skin penetration depth of a layer of fixed value of the direct heating, internal heating is small;
    由于邻近效应和集肤效应的影响,感应加热时只是工件中靠近外表皮透入深度为定值的一层直接发热,内部发热很少;
  2. The utility model adopts pen style holding structure, which is of convenience in operation and safety and can effectively wipe off skin epidermis of special depth and reduce the operation riskiness.
    本实用新型采用笔式握持结构,治疗中操作灵活方便,本实用新型使用安全,可以有效地用于去除特定深度的皮肤表皮,降低了手术风险性。
  3. For the first time, an anti-wrinkle cosmetic has been compared with the gold-standard prescription drug for skin ageing – and appears to be just as effective at reducing wrinkle depth.
    有史第一次,把抗皱化妆品和有着金标准的对抗皮肤老化的处方药做比较&结果看起来和处方药一样有效。
  4. The anti-wrinkle power of coenzyme Q10 activates your skin ´ s reparatory mechanism, reducing the depth of wrinkles.
    Q10活性酵素是抗皱的主要成分,它能重新激活皮肤的修复系统,控制和减轻深纹。
  5. Study on Determination of the Burned Skin Depth with a Two-Layer Medium
    双层组织模型模拟皮肤烧伤深度的实验研究
  6. The distribution of electromagnetic pressures is computed on magnetic induction intensity, eddy density, and skin depth, which are calculated by A φ A of 3-D FEM in electromagnetic confinement and shaping.
    在电磁约束成形中通过AφA三维有限元法所得的磁感应强度、涡流密度和集肤层厚度分布,求得电磁压力的分布;
  7. It is acquired that in the cases where all of other forming conditions are the same, the equipment energy utility efficiency and deformation heights of the workpieces are both maximum when the sheet metal thickness is equal to skin depth.
    从设备能量利用率的角度进行分析,得出在设备能量相同的情况下,板料厚度等于趋肤深度时,设备能量利用率最高,板料变形程度最大。
  8. Every cycle is divided into 100 time steps to make instantaneous analysis so that desirable analysis and precise waveform of eddy current can be acquired. Also, skin depth of magnetic field is taken into account when finite elements are divided.
    为了能很好地分析和画出精确的涡流波形,对每一个周期取100个时间子步作瞬态分析,并且在划分有限元单元时考虑了磁场的透入深度。
  9. Results There are skin, subcutaneous tissue, superficial temporal fascia, deep temporal fascia, temporal muscle and periosteoma from superficiality to depth.
    结果该区层次由浅入深为:皮肤、皮下组织、颞浅筋膜、颞深筋膜、颞肌和骨膜。
  10. Face Contour Extraction Algorithm Based on Skin Luma and Depth Information
    基于肤色及深度信息的人脸轮廓提取
  11. Research of composite skin graft on the surface of wound of depth burn
    复合皮在深度烧伤创面的移植研究
  12. Considering the motion effect of the motor and ensuring the accuracy of the results, this paper utilizes transient analysis and takes the skin depth of magnetic field into account when the model is meshed into finite elements.
    为了考虑电机的运动效应和使计算结果更加精确,采用了瞬态分析,同时在划分单元时考虑了磁场的透入深度。
  13. The simulation results show that the penetration of magnetic field into plasma is due to Hall field on the condition that the characteristic Hall length is small compared with the ion collisionless skin depth.
    模拟结果表明在磁场Hall渗透机制特征长度远远小于等离子体离子的无碰撞趋肤深度的条件下,等离子体内部磁场渗透过程主要由电子流体运动的Hall项来控制。
  14. Conclusion The combined application of preserved-degenerative reticular dermis and thin skin autografting is demonstrated an ideal way for the treatment of pediatric depth burn.
    结论保留变性网状真皮与刃厚皮片复合移植是治疗小儿深度烧伤的一种有效新方法。
  15. Through the analysis of this wave equation, we find there exists the skin effect in the superconductor, of which the skin depth is dependent on the wave frequency.
    通过对该方程的进一步分析后我们发现,在超导体中不仅存在电磁波动解,而且还存在类似于常规导体的电磁波趋肤效应,其趋肤尺度明显地依赖于电磁波的波动频率。
  16. Ablation of skin by 193 nm excimer laser& Studies of ablation depth and exposure dose
    193nm准分子激光光解切除皮肤切除深度与照射剂量的研究
  17. The results show that in depth of ten skin depth, the eddy current density is still high.
    结果显示,在一定的条件下,即使在构件内部数十倍的集肤深度,仍然有很强的涡流分布。
  18. Experimental Simulation Study of Skin Burn Depth with Intensity Fluctuation of Backscattering Light
    漫射光强度涨落测量皮肤烧伤深度的模拟实验研究
  19. The distributions of magnetic flux density and eddy current density and skin depth are calculated with A φ-A of 3-D FEM in electromagnetic shaping process.
    通过三维Aφ-A法计算了电磁约束成形过程中磁感应强度、涡流密度和集肤层的分布;
  20. First, the skin effect in the lead is studied, the current density in the lead is described, and the relationship between the frequency and skin depth is presented.
    首先对导线内的集肤效应现象进行研究,直观地得到了导线内部的电流密度分布,确定了频率与集肤效应的关系。
  21. The negative skin friction was nonlinearly distributed along the depth of pile and the bending moment increased with the height of embankment.
    随着填土高度的增加,桩侧摩阻力沿深度呈非线性变化,桩身弯矩呈现增大趋势。
  22. By establishing the model of skin factor calculating for Perforation Gravel Pack technology, the influence of the perforation parameters such as the depth, diameter and density of perforated holes etc.
    文章在通过建立射孔砾石充填井表皮系数计算模型的基础上,分析了射孔砾石充填井的孔深、孔径、孔密等射孔参数对表皮系数的影响及其程度。
  23. Research has shown that the effective sectional length and the skin depth with the lowest frequency of inversion are relative.
    研究表明,有效剖面长度与反演最低频率的趋肤深度相关。
  24. The reason is that the skin depth of high frequency harmonic components becomes smaller.
    这种变化是由于高频谐波分量的趋肤深度减小导致的。
  25. The tissue optical clearing technique developed in recent years can reduce the skin scattering and enhance the light penetration depth effectively. However, relative studies were mostly based on in vitro skin.
    近年发展起来的组织光透明技术能有效降低组织散射、提高光在组织中的穿透深度,但现有研究多集中在离体水平。
  26. The influence of pile cap to axial force and skin friction is limited, presenting the law that, more than a certain depth, whether there is pile cap, the model curves will coincide.
    桩帽对桩身轴力及桩侧摩阻力影响深度有限,超过一定深度,有无桩帽模型曲线基本重合。
  27. However, the effective skin depth and the equivalent surface impedance of multilayer metal-plating are the direct reflection of the boundary condition of multilayer metal-coated guided wave structures.
    而多层金属镀膜的等效趋肤深度和等效表面阻抗,是多层金属镀膜导波结构边界条件的直接反映,是分析多层金属镀膜导波结构的基础和关键,必须要首先加以分析。
  28. Based on the theory of skin depth, we obtain the empirical formulae that adapt to the triplex-frequency AEM system after modeling.
    根据不同频率具有不同的趋肤深度的原理,在模型试验的基础上给出适合三频航空电磁系统的经验公式。
  29. However, the research of electrical characteristics of the Meridian is basically concentrated in the skin surface, lacking the depth information and so on.
    但是目前的经络电特性研究基本上是集中在皮肤表层,缺乏深度信息等方面的研究。