1) Projectile-burn combined wound

弹烧复合伤
1.
Effects of resuscitation with Parkland formula on hemodynamics in projectile-burn combined wound in dogs with seawater immersion;
Parkland公式对海水浸泡弹烧复合伤犬血流动力学的影响
2.
Methods Projectile-burn combined wound in dogs with seawater immersion was modelled,14 dogs were randomized into two groups: projectile-burn combined wound with seawater immersion group (immersion group),Parkland formula resuscitation group (resuscitation group).
目的探讨Parkland公式复苏对犬弹烧复合伤并海水浸泡后血气及酸碱水平的影响。
2) seawater immersion

弹烧复合伤
1.
An experimental investigation of the effect of seawater immersion on endothelial cells in dogs sustained by burn-firearm combined injury;
弹烧复合伤后海水浸泡对血管内皮细胞影响的实验研究
3) combined radiation and burn injury

放烧复合伤
1.
Roles of cervical sympathetic ganglia block in the treatment of mice with combined radiation and burn injury;
颈交感神经阻滞对放烧复合伤小鼠的治疗作用
2.
Objective:To investigate the effect of SB on modulation of HPA axis and whole protection from combined radiation and burn injury in rat.
第一部分:颈交感神经阻滞对放烧复合伤大鼠HPA轴的调控及整体的保护效应 目的:探讨颈交感神经阻滞对放烧复合伤大鼠的整体保护效应及对HPA轴的调控。
4) combined radiation and burn injury

放-烧复合伤
1.
Treatment for mice with minor gastrointestinal type combined radiation and burn injury;

轻度肠型放-烧复合伤救治的实验研究
5) burn-freeze combined injury

烧冻复合伤
1.
Objective:To observe the therapeutic effect of combined method on burn-freeze combined injury,by dissolving embolus,dilating blood vessel, giving high pressure oxygen and skin graft, so as to provide experimental basis for clinical therapy.
目的 :探讨以溶栓、扩血管、高压氧、植皮为主的综合性治疗家兔烧冻复合伤的疗效 ,为临床治疗提供依据。
6) burn-blast combined injury

烧冲复合伤
1.
Influence of seawater immersion on hemodynamics in dogs after burn-blast combined injury

海水浸泡对烧冲复合伤犬血流动力学的影响
补充资料:复合型耐烧蚀高分子材料
分子式:
CAS号:
性质:指在燃烧过程中,在热流作用下能发生分解、熔化蒸发、升华、碳化等化学或物理变化,借以消耗热量,阻止火焰传播,能起热保护作用的高分子复合材料。耐烧蚀复合材料包括升华型、熔化型和碳化型,其中后者是以碳纤维增强的酚醛树脂复合材料。根据耐烧蚀材料的相对密度可以分为:高密度耐烧蚀材料,指密度大于1的复合材料,如各种纤维增强塑料;低密度耐烧蚀材料系指以轻质填料为基质,以酚醛、硅橡胶为基体的复合材料。此类耐烧蚀材料在航空航天领域有重要意义。
CAS号:
性质:指在燃烧过程中,在热流作用下能发生分解、熔化蒸发、升华、碳化等化学或物理变化,借以消耗热量,阻止火焰传播,能起热保护作用的高分子复合材料。耐烧蚀复合材料包括升华型、熔化型和碳化型,其中后者是以碳纤维增强的酚醛树脂复合材料。根据耐烧蚀材料的相对密度可以分为:高密度耐烧蚀材料,指密度大于1的复合材料,如各种纤维增强塑料;低密度耐烧蚀材料系指以轻质填料为基质,以酚醛、硅橡胶为基体的复合材料。此类耐烧蚀材料在航空航天领域有重要意义。
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参考词条