Asynchronous Transfer Mode

Asynchronous Transfer Mode的基本解释

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异步传输模式

与Asynchronous Transfer Mode相关的网络例句 [注：此内容来源于网络，仅供参考]

The main products are as follows, three different step motors of YS series, the YY series electric capacity operates the asynchronous motor, YC (YC2) serial single-phase electric capacities start the asynchronous motor, the YU series resistance starts the asynchronous motor, asynchronous motor of electric capacity of a pair of value of YL series, three different step motors of Y series, three different step motors of Y2 series, YD series change the asynchronous motor of extremely many speeds, YH series are transfered to three different step motors of difference rate high, the YCJ series gear wheel moderates three different step motors, YEJ series electromagnetic to apply the brake three different step motor, YCT series electromagnetic to transfer speed three different step motor , YVP series frequency conversion transfer speed asynchronous motor , YSF series axle flow fan special-purpose three different step motor, Three different step motors of YZU series vibration source , the electronic device of YDF2 series valve uses three different step motors and YOX series limit distance type hydraulic coincidence device , ZLY spatters and makes such 28 series and more than 1500 specifications as the coil post tooth decelerator ,etc..

主要产品有：YS系列三相异步电动机、YY系列电容运转异步电动机、YC（YC2）系列单相电容起动异步电动机、YU系列电阻起动异步电动机、YL系列双值电容异步电动机、Y系列三相异步电动机、Y2系列三相异步电动机、YD系列变极多速异步电动机、YH系列高转差率三相异步电动机、YCJ系列齿轮减速三相异步电动机、YEJ系列电磁制动三相异步电动机、YCT系列电磁调速三相异步电动机、YVP系列变频调速异步电动机、YSF系列轴流风扇专用三相异步电动机、YZU系列振动源三相异步电动机、YDF2系列阀门电动装置用三相异步电动机和YOX系列限距型液力偶合器、ZLY渐开线圈柱齿减速器等28个系列1500多个规格。

Study 2 used 2(conflict target: supervisor/subordinate)×3(conflict management mode: integrating/obliging/dominating ) design, letting participants to evaluate the effeciency and appropriateness of the management mode used in the contexts. The results showed:(1) the integrating mode were perceived most efficient and appropriage within the three conflict modes;(2) the interaction between the referent role of conflict object and the management mode is significant, which means when the conflict took place with the supervisor, the participants thought the obliging mode was more appropriate and efficient , while when it took place between the subordinate, they thought the dominating mode was more appropriate and efficient than obliging mode.(3)the interaction between SDO and conflict management mode is significant, which means the participants with high SDO would make no preference between obliging and dominating mode, but the participates with low SDO would favor the dominating rather than obliging mode;(4) the interaction between dialectical ways of thinking and conflict management mode is significant, the lower the level of dialectical way of thinking the participants were, the more difference were found between the appraisal of obliging and dominating mode.(5) the moderating effect of SDO and dialectical ways of thinking to the relationship between conflict object and management mode were not significant, which means the relative position of conflict object in China is so strong that can't be affected by SDO and dialectical ways of thinking.

研究二采用2*3（冲突处理方式：迁就/支配/整合）的情境设计，让被试对情境中冲突主角的冲突处理方式进行恰当有效性的评价，结果显示： 1、在与上级或下级发生冲突时，被试对迁就、支配和整合三种策略中整合式的恰当有效性的评价最高；2、冲突对象的相对地位与冲突处理方式之间的交互作用显著，即当与上级发生冲突时，被试认为使用迁就的处理方式比支配的方式更恰当有效，而与下级发生冲突时，被试则认为使用支配的处理方式比迁就的方式更有效； 3、SDO与冲突处理方式之间的交互作用显著，即SDO水平高的被试对迁就式与支配式的认知评价没有差异，而SDO水平低的被试对支配式比迁就式有更高的评价；4、辩证思维水平与冲突处理方式之间的交互作用显著，即低辩证思维水平的个体比高辩证的个体对支配式与迁就式的评价差异更大；5、SDO水平及辩证思维方式水平对冲突对象影响冲突处理方式评价的程度的调节作用不显著。

The responses properties of coupled vibrations for 120° and 180°asynchronous juxtaposition of 200MW turbine-generator set were analyzed. The results show that the responses properties of flexural and torsional vibrations caused by 120° asynchronous juxtaposition are similar to that of 180° asynchronous juxtaposition. When the fault happened, Former two steps inherence frequencies and whirl speed frequency of torsion are excited. And the first step inherence frequencies of flexural vibration are also excited besides whirl speed frequency. Transient electromagnetism moment peak, torsional and torsional moment responses caused by 180° asynchronous juxtaposition are lower than that of 120° asynchronous juxtaposition.

利用该方法，针对某200MW汽轮发电机组的120°和180°两种非同期并列情况，进行了机组弯扭耦合振动响应特性研究，分析表明：汽轮发电机组的120°和180°两种非同期并列情况下的弯振和扭振响应特性基本相似；非同期并列主要激发出工频和前两阶固有频率扭振，弯振除工频主分量外，第一阶固有频率也被激发出来；180°非同期并列时的暂态电磁力矩峰值比120°非同期并列时低，相应的扭振和扭矩响应也小于后者。

与Asynchronous Transfer Mode相关的网络解释 [注：此内容来源于网络，仅供参考]

Asynchronous Transfer Mode：非同步传输模式

ATM非同步传输模式(asynchronous transfer mode)是一种资料胞网路(cell network)技术在传送资料时,先会将资料(包括语音、数据以及视讯)切割成一个一个固定长度的资料胞(cell),然后传送到目的地,到达目的地之后,再重组回原来的资料,

Asynchronous Transfer Mode：异步传输模式

ATM网使用"异步传输模式"(Asynchronous Transfer Mode)进行工作,是一种面向连接的网络技术. 在进行数据通信时,ATM首先将所需要传输的数据切割 为固定长度的"信元"(Cell),然后通过建立虚通道(Virtual Path)与虚路径(Virtual Channel),

Asynchronous Transfer Mode：异步转移模式

电接口类型 输出口AIS比特率(ppm)指标要求 输出口AIS比特率(ppm)典型值电接口类型 输入允许频偏(ppm)指标要求 输入允许频偏(ppm)典型值时钟接口 输出抖动(UIpp)指标要求 输出抖动(UIpp)典型值ATM 异步转移模式(Asynchronous Transfer Mode)BMS 计费管理系

Asynchronous Transfer Mode：异步传递方式

ATM是异步传递方式(Asynchronous Transfer Mode)的缩写,一种快速包交换和多路复用技术,具有较高的传输速率. IP协议规定了五类网络地址,其中A、B、C三类地址用于不同规模的物理网络,D类为多播(multicast)地址,E类是实验性地址.

ATM Asynchronous Transfer Mode：异步传输模式

ATM网络:异步传输模式(ATM Asynchronous Transfer Mode)是一种在普通网络上路由各种数字信息(数据、声音、图象、多媒体)的开放的交换标准. ATM交换是传统的包交换和电路交换的结合,采用固定长度的信号,既具有包交换高复用速率的优点,又具备电路交换高速,