incur losses

incur losses的基本解释

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蒙受损失

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

The following points are emphasized:The operation models of adiabatic and diabatic distillation have been set up and the operation block, thermodynamics model and mathematical model in the simulation have been determined as well;(2)Based on the simulation and exergy analysis with Aspen Plus program, shortcut distillation design—DSTWU model and rigorous distillation design—RADFRAC model, the author has determined the heat duty, exergy losses and the distribution of exergy losses along the adiabatic column, which will help the simulation and optimization of the diabatic distillation;(3)Diabatic distillation under various operation conditions has been simulated by using energy balance method and exergy analysis;(4)How the different mixture and the various degree of separation, number of trays and feed location influence exergy saving in diabatic distillation have also been discussed;(5)On the basis of the total exergy losses along the column, different schema of the heat transfer distribution along the column have been compared and analyzed;they can be classified in three categories: heat duty equipartition approach, empirical approach, separation degree matching approach. In conclusion, different heat transfer distribution along the column will have effect on total exergy losses. In particular, most satisfactory results have been obtained by using separation degree matching approach. In order to diminish the exergy losses, heat transfer distribution should meet the needs of the request of separation degree.And on this premise, the author makes his suggestion in increasing the proportion of heat supplied to the tray with minimum exergy losses and decreasing the proportion of heat supplied to the tray with the maximum exergy losses.

本文对透热精馏过程进行了模拟并对其节能效果的影响因素做了较为全面的分析和深入的研究，主要研究内容如下：(1)建立了常规精馏和透热精馏过程的模拟操作模块、热力学模型以及数学模型；(2)利用化工模拟软件Aspen Plus并分别采用DSTWU简捷模型和RADFRAC严格计算模型对常规精馏进行模拟计算和有效能分析，确定常规精馏塔的公用工程热负荷、有效能损失及有效能损失在塔内的分布，为透热精馏的模拟和优化提供数据参考；(3)对不同物系在不同分离度条件下进行透热精馏的模拟，分别采用能量衡算法和有效能分析法进行计算和分析；(4)探讨了各种因素如物系的选择、不同分离度、塔板数、进料位置对透热精馏节能效果的影响；(5)以全塔总有效能损失为比较基准，对热量在塔内的三种分布方案即热负荷平均分配法、经验法和分离度匹配法进行了对比分析并得出结论：塔内热量的不同分布方案对于全塔总有效能损失会产生影响，其中以分离度匹配法的节能效果最为理想，为减少有效能的损失，应使塔内的热量分布满足各塔板的分离度要求，并在此前提下，尽量减小有效能损失大的塔板的热负荷和增加有效能损失小的塔板的热负荷。

The first part is the sum of expected losses of market risk, credit risk and operating risk. The risk of losses in the part should be prevented by reserve for bad debts accrued by commercial banks. The second part is the sum of contingent losses of market risk, credit risk and operating risk at certain confidence level, and the risk of losses in the part should be prevented by capital at risk. The third part is the sum of losses of market risk, credit risk and operating risk that beyond certain confidence level, and the risk of losses in the part should be prevented by deposit insurance system.

第一部分是市场风险、信用风险和操作风险的期望损失之和，该部分损失的风险用商业银行自身提取的损失准备金来防范；第二部分是市场风险、信用风险和操作风险在一定置信水平下的意外损失之和，该部分损失的风险用商业银行自身的风险资本来防范；第三部分是市场风险、信用风险和操作风险超出一定置信水平外的损失之和，该部分损失的风险用存款保险制度来防范。

The heat due to losses of a process can be calculated according to total losses, differential equation of the motor, initial conditions and rotational angle. Since a period has several processes, the total heat due to losses of a period can be get by summing the losses heat of every process and the average losses can be calculated by dividing the total heat of a period with the cycle time.

根据电机运行总损耗和电机运行微分方程，结合初始条件和电机转角，获得了电机运行过程的损耗热，将一个周期内各运行过程的损耗热相加，可以得到一个周期内的总损耗热，从而一个周期内的平均损耗可求，以此为依据，和电机的额定损耗相比较，可以判断该电机在该工作制下的合理性。

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

Losses apportion：网损分摊

配电网网损:distribution losses | 网损分摊:Losses apportion | 统计线损:statistical line losses

Nitrogen and phosphors losses：农田氮磷流失

水土流失:water and soil losses | 农田氮磷流失:Nitrogen and phosphors losses | 折算损益:Translation Gains or Losses

incur debts：负债

Your idea will be incorporated in the plan.将把你的意见编入计划. | incur debts负债 | incur a heavy loss蒙受很大损失