查询词典 dissipation

The flexural strength, relative dielectric constant and dielectric dissipation factor of the composite were measured.

研究了碳化硅纤维热处理的温度、时间及热处理方法对制成的复合材料性能的影响。

Finally, we study the eventual differentiability of a C_0-semigroup associated to a waveequation with boundary dissipation.

最后，我们讨论了一类具边界耗散的线性双曲型方程生成的算子半群的最终可微性，并利用这个结果得到了方程的解具有最终正则性以及半群满足谱决定增长条件。

SUPPLY VOLTAGE,+VS to CVS OUTPUT CURRENT, within SOA POWER DISSIPATION, internal INPUT VOLTAGE, differential INPUT VOLTAGE, common mode TEMPERATURE, pin solder-10s TEMPERATURE, junction1 TEMPERATURE RANGE, storage OPERATING TEMPERATURE RANGE, case

0第0页，本页显示记录0-0，共0条记录分0页显示电源电压+比CVS的输出电流，在SOA的耗散功率，内部输入电压，差分输入电压，共模温度，焊针- 10温度，junction1温度范围存储操作温度范围，案件

Parameter RESOLUTION Offset Error Gain Error Differential Nonlinearity Integral Nonlinearity TEMPERATURE DRIFT Offset Error Gain Error POWER SUPPLY REJECTION RATIO ANALOG INPUTS1 Differential Input Voltage Range Differential Input Resistance Differential Input Capacitance Input Bandwidth VSWR 2 POWER SUPPLY 3 Supply Current IAVCC (AVCC = 5.0 V) IEVCC (EVCC = 3.3 V) IVDD (VDD = 3.3 V) Total Power Dissipation 4

参数解决方案偏移误差增益误差微分非线性积分非线性温度漂移偏移误差增益误差电源抑制比1模拟输入；差分输入电压范围差分输入电阻电容输入带宽差分输入电压驻波比2电源3电源电流IAVCC（AVCC = 5.0五）IEVCC（EVCC = 3.3伏） IVDD（VDD的= 3.3伏）总功率耗散4

Dynamic management of power dissipation is another key research direction in SoC design field.

最后的实验结果表明：这两种算法都是有效且适用于SoC片上总线的低功耗算法。

Disarticulation allows dissipation of the load over a large surface area of less stiff metaphyseal bone.

关节离断术允许荷重耗散于比较不僵硬的干骺端骨头的巨大表面区域。

Disarticulation allows dissipation of the load oer a large surface area of less stiff metaphyseal bone.

关节离断术允许荷重耗散于比较不僵硬的干骺端骨头的巨大表面区域。

The dissipation of task is the root cause of the disbandment of task-oriented organizations, but in specific process, the changes of members' psychology and environment constitute the subjective and objective impetus.

任务的消解是任务型组织解散的根本原因，而在具体的解散过程中，组织成员的心理和环境的变动构成了任务型组织解散的主观动力和客观动力。

In chapter five, the disentanglement of a pair of two identical qubits, sharing a dissipation environment, is investigated.

在第五章中，我们研究了两个完全相同的qubit在一个耗散环境中的退纠缠动力学。

Thus in this thesis, we will made a detailed introduction of our method--perturbation based on unitary transformation, and apply it to several models to investigate the Non-Markovian decoherence and disentanglement dynamics of dissipation two-state system.

本文中，我们介绍一种新的解析方法-基于幺正变换下的微扰理论，并且把此理论应用到具体的实验模型中，推导了耗散二能级系统非马尔可夫退相干和退纠缠动力学。

But this is impossible, as long as it is engaging in a market economy, there are risks in any operation.

但是，这是不可能的，只要是搞市场经济，是有风险的任何行动。

We're on the same wavelength.

我们是同道中人。