颧骨的
- 与 颧骨的 相关的网络例句 [注：此内容来源于网络，仅供参考]
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The purpose of the research is that aesthetic study on physical surface of ilium and zygomatic bone by comparicson.
在论文之研究目的在研讨人体皮肤表面之肠骨与颧骨之外形的美学研究。
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This will open your cheekbones, jaw and eyes.
这将打开您的颧骨，下巴和眼睛。
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Objective: To summarize the clinical experiences on the treatment of malar bone fractures.
目的：探讨颧弓颧骨骨折治疗的方法。
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Objective To Summarize the clinical experiences on the treatment of malar bone fracture.
目的 总结颧骨颧弓骨折的治疗方法。
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Objective This study is designed to research the diagnostic index of the malar.
目的 为了探讨颧骨颧弓肥大的诊断指标。
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Objective: To investigate the diagnostic criteria for the prominent malar complesx.
目的：探讨颧骨复合体肥大的诊断标准。
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We used the quantitative measurement for the face and skull tissue in 30 young females in Sanjiang area by 3D CT reconstruction technique to determine the size,prominence,and location of the malar complex.
采用三维CT重建技术，对30名三江地区年轻女性面部和颅骨组织做定量测量研究，确定正常成年女性颧骨复合体的大小、突度和位置。
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Methods: We used the quantitative measurement for the face and skull tissue in30 young females in Sanjiang area by3 D CT reconstruction technique to determine the size, prominence, and location of the malar complex.
采用三维CT重建技术，对30名三江地区年轻女性面部和颅骨组织做定量测量研究，确定正常成年女性颧骨复合体的大小、度和位置。
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All patients expressed high levels of satisfaction 3 months after operation. Conclusion oblique osteotomy is an effective and safe method for the treatment of prominent malar complex.
颧弓前后段斜行截骨术，可有效地矫治颧骨颧弓过高，使患者面型达到一个理想的美学标准。
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All patients expressed high levels of satisfaction 3 months after operation.Conclusionoblique osteotomy is an effective and safe method for the treatment of prominent malar complex.
颧弓前后段斜行截骨术，可有效地矫治颧骨颧弓过高，使患者面型达到一个理想的美学标准。
- 推荐网络例句
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I smile at your play with that little bit of a broken twig.
我微笑着看你玩那一段小小的树枝。
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They may be produced for almost any shaft angle.
他们可能在制作中几乎任何一个轴角。
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The effects of several parameters on thestate of the accelerated flyer and the characteristics of shock wave propagation in thetarget were studied in detail, and the physical data and physical profilers wereobtained more generally, which made us understand the whole physical process moreprofoundly.
首先，数值模拟了激光直接驱动铝飞片碰撞铝靶模型，对各种物理参数对飞片飞行状态和靶中冲击波特性的影响程度进行了比较详细的研究，得到了比较全面的物理数据和物理图像，对整个的物理过程有了比较深刻的理解。