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- PMA sublayer 物理媒体连接子层
- The slime layer consists of one aerobic and one anaerobic sublayer. 粘膜层由好气分层和厌气分层所组成。
- The prosperous future belongs to those who have PMA! 谁拥有积极心态,谁就拥有辉煌的未来。
- Friday,Jan 6 2006, 01:42:23 PMA late Christmas gift! 今日收到一份迟来的圣诞礼物!
- In this PMA,opening and blocking structure is adopted. 该PMA采用开放式、模块化结构;
- The feasibility of proposed PMA is proved by the analysis results. 计算结果证明了该操动机构在原理上的可行性。
- PMA is the only frame of mind in which you can have definiteness of purpose. 惟有拿积极的态度来武装思想,你才会拥有明确的目标。
- IEEE 802.11b PHY layer includes two sublayer, PLCP layer and PMD layer. IEEE802.;11b物理层包括PLCP和PMD两个子层。
- In time course studies, PMA induced PA accumulation preceded DAG accumulation. 时相研究显示PMA诱导的PA积聚先于DAG积聚。
- Operation of the Multipoint MAC Control sublayer is transparent to the MAC. 多点MAC控制子层的操作对MAC是透明的。
- The MAC passes to the Multi-point MAC Control sublayer all valid frames. MAC把所有有效帧传递给多点MAC控制子层。
- This powerful work will convince you of the benefits you will derive from PMA. 这本著作可使你确信,能从积极心态获得好处。
- Straight cut with PMA Cutting tool PMACUT, 90 o to the conduit axis. 使用PMACUT剪切工具剪切软管,剪切面与软管轴心垂直。
- Positive Control: PMA stimulated human peripheral blood mononuclear cells. 阳性对照: PMA刺激的外周血单核细胞。
- The next two chapters will teach you more principles that both support and sustain your PMA. 以下二章将告诉你更多维系积极心态的原则。
- MII makes it possible to support different media under the MAC Control Sublayer and the Reconciliation Sublayer. 它使得在 mac层和协调子层 (RS)之下可以支持不同的介质类型 .
- With power line for medium, the SE sublayer's coding, decoding and CRC technique are especially studies and discussed. 特别是对以电力线为介质的家庭局域网实现时的CEBus物理层的se子层的编码、解码以及CRC差错检测与控制进行了重点研究与讨论。
- BACnet protocol employs CSMA/CD as its medium access technology in MAC sublayer. BACnet协议在其 mac子层采用了 CSMA/ CD介质访问技术。
- Secondly two layers are described in the thesis: the data link layer(DLL) and the fieldbus access sublayer(FAS). 分析了两个目标层:数据链路层和现场总线访问子层。
- Based on the establishment of mathematic model, this paper analyses dynamic behavior of the PMA. 在建立了永磁操动机构动态特性数学模型的基础上,分析了永磁机构的运动特性。