orthopaedy

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医学



双语例句

  1. Objective Spinal fusion is a basic orthopaedy for scoliosis.
    目的脊柱融合是治疗脊柱侧凸的基本方法。
  2. Analysis of Failed Orthopaedy of Congenital Hand Deformities
    先天性手畸形的矫正失误分析
  3. The temperature, time and compressive rate in the treating process and filled material directly influence the dimensional stability of orthopaedy bamboo.
    压缩整形时的温度、时间、压缩率和填充材料的性质都直接影响整形竹的尺寸稳定性。
  4. Study on the Technology of Compressive Orthopaedy of Middle Cutting Wood of Cunninghamia lanceolata
    杉木间伐材压缩成型工艺的研究
  5. Study on Compressive Orthopaedy Wood by Stream Treating at High Temperature(ⅰ): Structure Change and Dimension Stability
    水蒸气处理法制作压缩整形木的研究(Ⅰ)&构造变化和尺寸稳定性
  6. Study on Orthopaedy Bamboo ( 1)& Manufacture Technics
    整形竹的研究(1)&制作技术
  7. A new type of bamboo material-square orthopaedy bamboo is made by using a high temperature treating equipment designed and manufactured by ourselves.
    运用一种新的竹材加工方式、用自行设计和制造的高温成型设备试制了横截面为矩形的整形竹。
  8. Process and main technique points of a new type of composite material, orthopaedy bamboo, are introduced.
    介绍了用自行设计和制造的高温成型设备,制作横截面为矩形的整形竹的工艺流程和技术要点。
  9. The orthopaedy bamboo is similar to wood in the bending strength, compressive strength parallel to grain and modulus of elasticity in static bending, but the failure-shape of tested piece is different from wood.
    顺纹抗压强度、抗弯强度和抗弯弹性模量同木材相近,而试件破坏形式有很大区别。
  10. The dimensional stability of the orthopaedy bamboo is more even than that of compressive wood.
    整形竹的尺寸稳定性比压缩木更均匀。
  11. This paper deals with a square compressive orthopaedy wood made in a high temperature stream treating equipment and mould designed and manufactured by ourselves. It analyses and evaluates the structure change and dimension stability of the orthopaedy wood.
    应用自行设计、制造的木材高温水蒸气处理成型设备和模具.实验制作了截面为正方形的压缩整形木,并对整形木材的构造变化和尺寸稳定性进行了分析和评价。
  12. Background The damage and degeneration of cartilage caused by tumors, trauma, inflammation, metabolic abnormalities is one of the most common and challenging topics in orthopaedy management.
    背景肿瘤、创伤、炎症、代谢异常等造成的软骨损伤和退变是骨科临床上常见且尚不能有效解决的难题之一。