损失量,loss
1)loss[英][l?s][美][l?s]损失量
1.Quantitative analysis on fishery resourceloss owing to the influence of suspended substance and shock wave;悬浮物和冲击波造成的渔业资源损失量估算
2.Investigation on the Loss Measure by the Seed Pests of Picea crassifolia;青海云杉种实害虫为害损失量调查
3.In order to evaluate theloss value of the fishery resource,the paper presents the method to evaluate theloss and the measure to reduce effects by the reef explosion underwater.为评估本工程造成的渔业资源损失价值,本文提出了水下炸礁工程渔业资源损失量的评估方法和减少工程施工对渔业资源影响的措施。
英文短句/例句
1.Determination of loss in weight of montan waxGB/T3815-1983褐煤蜡加热损失量测定方法
2.Total silicon loss can equal 50% at this step.在这阶段总的硅损失量达50％。
3.characteristic electron loss phenomena特征电子能量损失现象
4.The energy losses are due to turbulence.能量损失起因于紊流。
5.relativistic rate of energy loss相对论性能量损失率
6.electron energy loss spectroscopy电子能量损失能谱法
7.Quantitative Evaluation of Voltage Sag and Load-Loss Cost Allocation;电压凹陷的定量评价与失电损失分摊
8.The amount lost by gradual diminution or waste.消耗量逐渐损耗或浪费而失去的量
9.The corona gains and loses energy continuously.日冕总是不断地获得能量和损失能量。
10.INVESTIGATION ON LOSSES OF WEIGHT AND QUALITY OF GRAIN STORED INSTATE WAREHOUSES IN JINMEN CITY;荆门市国库储粮重量及质量损失调查
11.The mass-loss includes the light radiation and solar wind.太阳质量损失包括光子辐射和太阳风造成的质量损失。
12.Capacitor Energy Loss and Total Non-elastic Collision Energy Loss of Analog电容器的能量损失与完全非弹性碰撞能量损失的类比
13.a look that is believed to have the power of inflicting harm.被认为有能够造成损失的力量的看。
14.testing method for loss by heating of powder coating materials粉末涂料的加热重量损失试验方法
15.We"ve taken steps to minimize the losses.我们已采取措施尽量减少损失。
16.His passing is a loss beyond measure to us.他的离开对我们是不可估量的损失。
17.Another problem is the large carbon loss by entrainment.另一问题是大量的碳夹带损失。
18.insulate pipes from loss of heat with foam rubber用泡沫橡胶封裹管道以防热量损失.
相关短句/例句
loss quantity损失量
1.This paper analyzes the present situation of coal resources in Datong Coal Mine, finds the reasons theloss quantity of coal resources forms, and advances some countermeasures for increasing the recovery ratio effectively.对大同煤矿煤炭资源的现状进行了分析,找出了煤炭资源损失量形成的原因,并提出了有效提高回采率的对策。
3)mass loss质量损失
1.Internal gasmass loss analysis of inflatable space antenna reflector subjected to impact;空间充气天线反射器受冲击气体质量损失分析
2.Calculation of internal insulation ablationmass loss of solid rocket motor;固体火箭发动机内绝热层烧蚀质量损失计算
3.Investigation ofmass loss regulation of Li-ion battery;锂离子电池标准中质量损失问题的研究
4)water loss水量损失
1.Reasons forwater loss of the circulating water cooling tower in the production of PVC were analyzed,and some water saving methods were proposed.分析了PVC生产装置中循环冷却水冷却塔水量损失的原因,并提出了相应的节水措施。
2.Filling the role of both transportation and distribution,the main canal in Bojili Irrigation District has long flow time,high flux and largewater loss.簸箕李灌区的干级渠道作为输配两用渠道,其过流时间较长,流量较大,水量损失亦较大。
3.The experiment results indicate that the sunlight intensity has great effect on the transpiration which is main factor in the process ofwater loss of plant.试验结果表明,光强对湿地蒸腾作用影响较大,蒸腾引起的水量损失是植物湿地水量损失的主要原因,同时湿地水位对湿地的蒸发蒸腾和水量损失有着显著影响。
5)air loss风量损失
1.The article introduces the working mode and principle of axial flow fans used in coal mines,and explains in detail the influence of the S-curves of the air-tunnel onair loss and design of the S-curves.文章介绍了煤矿用轴流通风机的工作方式和原理,并详细论述了通风道"S"弯处对风量损失的影响,以及通风道"S"弯处合理的设计方法。
6)energy losses能量损失
1.In this paper,the numerical simulation technique is used to investigating the effect of different swept depth of a turbine last stage blades with forward swept orthogonal designing on theenergy losses of the cascades.采用数值模拟技术详细地研究了不同掠高的某蒸汽轮机末级叶片前掠正交设计对叶栅能量损失的影响。
2.Analyzed the changing of energy loss in turbine cascade with different backward wedge angles,and achieved the range of the backward wedge angles corresponding of the minimumenergy losses on three typical sections in the turbine cascade.分析了叶栅能量损失系数随不同后楔角的变化,得到了在该涡轮叶栅内对应最小能量损失的3个典型截面上的后楔角的范围。
3.Analyzed the changing ofenergy losses coefficient in turbine cascade with different backward curved angles,and achieved the range of the backward curved angles corresponding of the minimumenergy losses on three typical sections in the turbine cascade.分析了叶栅能量损失系数随不同后弯角的变化,得到了在该涡轮叶栅内对应最小能量损失的3个典型截面上的后弯角的范围。
延伸阅读
成交量、未平仓合约量与价格的关系成交量、未平仓合约量与价格的关系【成交且、未平仓合约，与价格的关系】成交量和未平仓合约量的变化会对期货价格产生影响，期货价格变化也会引起成交t和未平仓量的变化。因此，分析三者的变化，有利于正确预测期货价格走势。1.成交t、未平仓合约里增加，价格上升，表示新买方正大t收购，近期内价格还可能继续上涨。2.成交t、未平仓合约t减少，价格上升，表示卖空者大t补货平仓，价格短期内向上，但不久将可能回落。3.成交t增加，价格上升，但未平仓合的t减少，说明卖空者和买空者都在大t平仓，价格马上*下映。4.成交t、未平仓t增加，价格下肤，农明卖空者大t出咨合的，短期内价格还可能下跌，但如抛省过度，反可能使价格上升。5.成交t、未平仓t减少，价格下肤，农明大t买空者急于卖货平仓，姐期内价格将峨续下降。6.成交量增加、未平仓量和价格下跌，表明卖空者利用买空者卖货平仓导致价格下跌之际陆续补货平仓获利，价格可能转为回升。从上分析可见，在一般情况下，如果成交量、未平仓量与价格同向小幅变化，则其价格趋势可继续维持一段时间;如两者与价格反向变化时，价格走势可能转向。当然，这还需结合不同的价格形态作进一步的具体分析。
