1) "When riches increase, the Body decreases"
财多体衰
2) When riches increase, the body decrease.
财富多，体变弱。
3) multiple system and organ failure
多脏衰
1.
Objective: To explore the diagnostic and therapeutic approach of integrated traditional Chinese and western medicine (TCM WM) on infectious multiple organ dysfunction syndrome/multiple system and organ failure (MODS/MSOF) for elevating the successful rate of rescuing the patients.
目的 :探讨感染性多脏器功能不全综合征 (MODS) /多脏衰 (MSOF)的中西医结合诊治方法 ,以提高本症抢救成功率。
4) multipath fading
多径衰落
1.
Grouping space time coding OFDM transmission scheme for multipath fading channel;
多径衰落信道中分组空时编码OFDM传输方案
2.
Research on nonlinear dynamical characteristics of multipath fading channels;
多径衰落非线性动力特征初探
3.
The performance of transmit diversity in the flat Rayleigh single-path channel and multi-path fading channel by the combination of STBC and traditional beamforming was investigated,and a new scheme of relizing space and time decoding was proposed in the multipath fading channel.
研究了空时分组码与传统的波束赋形结合在平坦瑞利单径信道及多径衰落信道下的发射分集的性能,并在多径衰落信道下提出了一种新的实现空时译码的方案。
5) Multi-path fading
多径衰落
1.
For a wide band ground-air communication system with a low elevation antenna,the channel is of severe multi-path fading,whereas its characteristic is quite different from that of a terrestrial mobile communication channel.
低仰角下的宽带地空通信信道存在严重的多径衰落现象,其信道特性与地面移动通信的情况很不相同,不适于采用正交频分复用技术,为此建立了低仰角下的宽带地空信道模型,并提出了一种正交码分复用与分组编码技术相结合的通信系统方案。
2.
Multi-path fading is faced when wireless signal spreads in complicated wireless channel.
无线信号在复杂无线信道中传播会产生多径衰落,利用分集接收技术,即在若干支路上接收相关性很小的载有同一消息的信号,通过合并技术将各信号合并输出,能达到在接收端大大降低深衰落概率的目的。
3.
For its robust performance in combating multi-path fading, it is adaptable to use in the wireless mobile communication channel and is widely focused on.
由于其在对抗多径衰落方面具有显著的效果,它适合于在无线移动通信信道下使用,因而得到广泛的研究。
6) multipath fading channel
多径衰落
1.
These parameters are difficult to obtain in multipath fading channels.
在多径衰落信道下 ,这些参数是很难获得的 。
2.
With this model,the blind multiuser detection and iterative algorithm of MC-CDMA systems based on subspace projection are studied in the multipath fading channel.
仿真结果表明,检测器具有较强的抑制多址干扰和抗多径衰落的能力,并且能快速收敛。
补充资料：多脏器衰竭
多脏器衰竭
multiple organ failure
发病在24h以上，有两个或两个以上的器官或系统发生功能衰竭。大面积烧伤若处理不当，容易发生此并发症。原因是：①烧伤后毛细血管通透性增加，体液外渗，血容量不足，组织灌注不良，组织细胞缺氧使细胞的线粒体功能障碍受损；同时肠道黏膜缺血，黄嘌呤氧化酸被激活，氧化反应的生成物引起肠黏膜损害，屏障破坏，细菌与内毒素移位，内毒素可启动多脏器衰竭机制；②伤后全身大部分组织细胞的跨膜电位下降，若处理不当，细胞的膜电位进行性降低，最后导致细胞的严重损害和死亡；③创面的坏死组织及其分解产物、细菌、毒素可激发机体产生过度的炎症反应，释放出肿瘤坏死因子、白三烯、氧自由基等毒性介质，造成组织结构破坏、代谢和功能紊乱。多脏器衰竭的防治原则是：①尽快液体复苏；②防治感染；③补足能量与营养；④应用保护脏器药物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条