多段

External fixation combined with limited internal fixation has some advantages of fewer complications and good func-tion recovery in the treatment of multisegmental fracture of humeral.

结果 本组经6～14个月，平均12个月的随访，骨折全部达骨性愈合，肩肘关节功能恢复良好。结论采用有限内固定结合外固定架治疗肱骨干多段骨折，能获得较好疗效。

External fixation combined with limited internal fixation has some advantages of fewer complications and good func-tion recovery in the treatment of multisegmental fracture of humeral.

采用有限内固定结合外固定架治疗肱骨干多段骨折，能获得较好疗效。转载于中国论文联盟 http：//www.lwlm.com

External fixation combined with limited internal fixation has some advantages of fewer complications and good func-tion recovery in the treatment of multisegmental fracture of humeral.

采用有限内固定结合外固定架治疗肱骨干多段骨折，能获得较好疗效。中国论文联盟http：//www.lwlm.com

It is demonstrated that at the temperature of 40°C, the Sb_2O_3 nanorods with different lengths (2~50μm) and diameters (20~1000 nm) would axially self-assemble into multisegmented coaxial nanowires by an oriented attachment assisted end-to-end self-assembly process.

研究表明，在40摄氏度下，不同长度的(2至50微米)和直径(20至000纳米)的三氧化二锑纳米棒，通过&头碰头&的&定向接触&的自组装过程，沿轴向自组装成三氧化二锑多段同轴纳米线。

The tars produced in multi-stage pyrolysis under syngas were also analyzed.

最后 ，还对合成气气氛下多段热解的油品进行了分析

Methods:34 cases of tibiofibular fracture complicated with soft-tissue failure were treated with three-dimensional external fixator.

应用三维外固定器治疗开放性骨折、多段骨折、近关节部位骨折等复杂的胫腓骨折共34例。

Objective To discuss the feasibility and curative effect of limited internal fixation combined with external fixation support to treat complex tibiofibular splintered fracture.

目的 探讨有限内固定结合外固定架治疗胫腓骨复杂多段粉碎性骨折的可行性与临床效果。

The results obtained are useful for the design of the large scale multisegment Nd:glass amplifier.

本文所得结果对大尺寸多段阵列式钕玻璃放大器设计有参考价值。

For example, multisegment nanowires designed for nanomedicine applications can couple the selective targeting, therapy, and imaging functions.

例如，多段设计的纳米医学纳米线的应用程序可以针对夫妇的选择，治疗和成像功能。

The unique control over the microstructure of nanowires, and particularly the design of multisegment nanowires, offer spatially defined regions for the defined organization of different biomolecules.

在对纳米线的微观结构独特的控制，特别是纳米线的多段的设计，提供不同的生物分子所界定的组织确定的区域空间。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。