dissipations

英

美

(dissipation 的复数) n. 消散, 分散, 浪费
[化] 耗散; 能量耗散; 能量浪费
dissipation的复数

化学

双语例句

• The relation between the load equivalent capacitance and the load voltage amplitude was educed based on the average current produced by the load voltage. The power dissipations increase along with the exaltation of the amplitude or frequency of the load voltage.
  根据外加电压在负载上产生的平均电流推导出负载等效电容与外加电压幅值的关系，外加电压的幅值或频率越高，放电过程的功耗越大。
• According to the values of energy dissipations, the search procedure for the best locations of ER dampers is discussed.
  依据虚拟阻尼器在不同位置所消耗的能量值，讨论了寻找阻尼器放置的最佳位置方法。
• By analyzing the soil erosion, ecosystem, society system in soil erosion areas using dissipation structure, it is considers that the society system is in the first place among the soil erosion areas dissipations structures.
  用耗散结构理论对水土流失地区的土壤侵蚀系统、生态系统、社会系统进行分析后认为：社会系统耗散结构处于水土流失地区耗散结构的主导地位。
• The quantitative description for the proximity effect requires knowledge of the distributions of energy dissipations in resist, which determines the proximity effect and exposure resolution in EBL.
  邻近效应的定量描述需要获得电子在抗蚀剂中的沉积能分布，它决定着电子束曝光的邻近效应和分辨率。
• Plane waves and their energy dissipations in a saturated viscoelastic porous medium
  饱和黏弹性多孔介质中的平面波及能量耗散
• The hysteretic behavior, degradations of strength and stiffness, ductility and energy dissipations, the modes of failure of the SPW and SEP connections were compared with those of the NBW connection under different axial compression ratios.
  比较了这三种连接节点在不同轴压比下的滞回性能、强度与刚度退化、延性性能、耗能能力以及破坏特征。
• In general speaking, there are dissipations in any nonequilibrium processes. Nonequilibrium phase transform usually occures in nonlinear region which is far from equilibrium and has strong dissipation.
  耗散普遍存在于一切非平衡过程中，非平衡相变一般发生在远离平衡、耗散强烈的非线性区。
• The energy dissipations of flexible fiber-and fiber grid-reinforced concretes were tested and some parameters signifying the static and dynamic properties of specimens were obtained.
  主要从试验的角度分析柔性纤维与纤维格栅混凝土能量耗散的比较。
• The power dissipations of switching components and inductor used in Boost PFC circuit are analyzed and computed, furthermore this paper analyzes the dissipations of hard switching, ZVT and improved ZVT Boost PFC converters.
  针对开关器件、电感在Boost电路中的损耗，分析了硬开关、ZVT和改进的ZVTBoostPFC变换器的功率损耗。
• The methods to estimate these two power dissipations are proposed in this paper. As for estimating the dynamic power dissipation, lumped model, distributed model and PSpice simulating are presented in detail.
  分别给出了二者的估算方法，其中动态功耗的估算方法有集总模型估算法、分布式模型估算法及PSpice仿真估算法三种。