load growth

英 [ləʊd ɡrəʊθ] 美 [loʊd ɡroʊθ]

负荷增长

电力



双语例句

  1. Finite element study of the effects of compressive load on the fatigue crack growth in Paris Region
    压载荷对疲劳裂纹在Paris区内扩展影响的有限元研究
  2. Dynamic load stimulated the growth of longitudinal diameter of long bone more greatly than static load.
    动力性负荷对长骨长径生长的促进作用大于静力性负荷。
  3. As the load increased, the time growth can lead to stress cracking phenomenon.
    随着负荷加大、时间增长,可导致应力开裂现象。
  4. Uncertainty of load growth with respect to both geography and time, the probability of new invention or technological development.
    不同地域和不同时间负荷增长的不确定性、新发明新技术发展的可能性。
  5. This new method of distribution had become available since load growth could now be accommodated by installing another substation that could carry.
    此新配电方法之所以可被采用,是因为增加的负荷可被另外安装的变电站来承担。
  6. A forecast may be made with maximum or with minimum load growth rate.
    负荷的预测可以用最大或最小负荷增长率来进行。
  7. Effects of salinity and organic load on the growth of autotrophic and heterotrophic bacteria
    含盐量与负荷对好氧颗粒中自养与异养菌的影响
  8. Objective: to investigate the relationship between amino acid load in amniotic fluid and intrauterine growth retardation ( IUGR).
    目的:探讨羊水中氨基酸水平与胎儿宫内发育迟缓(IUGR)的关系。
  9. However, the rebound effect caused by economic growth was much greater than the depressurization effect induced by the efficiency increase, resulting in a considerable increase in the domestic environmental load ( the annual growth rate was 3.8%).
    但这一时期经济增长的反弹效应比效率提高的减量效应大许多,导致环境载荷总量的较大幅度增加(年均增长率为3.8%)。
  10. One can see from results that crack growth size under the certain load cycles and crack growth rate under the certain stress intensity factor range can be fitted with the log-normal distribution.
    结果表明,一定载荷循环次数下的裂纹扩展尺寸和一定应力强度因子变程下的裂纹扩展速率较好地服从对数正态分布。
  11. A finite element method has been developed to investigate the nonlinear buckling and postbuckling behavior of advanced composite stiffened structure ( AGS) with delamination under compressive load, and delamination growth in the skin during the postbuckling process was also considered.
    本文用有限元法研究了在压缩载荷作用下含分层损伤先进复合材料格栅加筋结构(AGS)的非线性屈曲和后屈曲性态,以及后屈曲过程中复合材料格栅加筋结构的分层扩展行为。
  12. The traffic parameters are the main structure design parameters, including traffic volume 、 traffic composition 、 standard axial load 、 axial-load conversion and growth rate of traffic volume or equivalent axle load action.
    交通参数是路面结构设计的主要参数,包括交通量和交通组成、标准轴载和轴载换算、交通量增长率或当量轴次增长率等。
  13. Effects of Cholic Acid Load on Plasma Insulin-like Growth Factor-2 and Metabolite Levels of Maternal and Fetal Sheep in Late Gestation
    胆酸负荷对妊娠后期绵羊母体和胎儿血浆IGF-2及其代谢物水平的影响
  14. Effect of different calcium load on growth and lever of Ca, Fe, Zn in rats
    不同钙负荷剂量对大鼠生长及钙铁锌水平影响
  15. An Understanding of Axle Load Traffic Volume from Growth Rate of Traffic
    从交通量增长率谈对轴载交通量的认识
  16. Load hold also accelerates crack growth
    载荷保持加速裂纹扩展
  17. Effects of nominal compressive load on various stages of crack growth
    裂纹扩展中名义压缩载荷部分的作用
  18. It is the soil mass maintained by the umbrella shaped root system of trees during the geological history, and it is formed by the interactive compression of tree load and growth of main root system and by the differential compaction of surrounding soil mass;
    它是地质历史中,树木伞状根系所维系的土体,在树木的自重荷载和主干根系生长的相互挤压作用下与外围土体的差异压实造成的;
  19. The example shows that this model is applicable in the long-term load forecast, especially for the s-curve growth, and has a high forecast accuracy.
    实例表明,此模型在中长期负荷预测中是适用的,尤其对于按S型曲线增长的情况,具有很高的预测精度。
  20. It is very important to study the influence of hydrogen environment on thermodynamical properties of Ti alloy and their fracture mechanics on sustained load crack growth in hydrazine environment at elevated temperature.
    进行氢对其热力学性能的影响的试验研究,以及较高温度下肼环境中持续载荷裂纹生长断裂力学的试验研究十分重要。
  21. Since SFMM could not incorporate the influence of the riveted details and pin load upon fatigue crack growth, an alternative riveted member fracture mechanics model ( RMFMM) was proposed in this paper.
    鉴于简化断裂分析模型的不足,建立了铆接构件断裂分析模型,该模型可合理计入铆接构造、钉载等对疲劳裂纹扩展的影响。
  22. Influences of load dwells on crack growth retardation of steels
    停歇对疲劳裂纹扩展超载迟滞效应影响的研究
  23. Unit leaf area load capacity increasing with the growth trend of advancing.
    单位叶面积载荷量随生育期推进呈增大趋势。
  24. Urban power system is the main component of power network and the main load center of a load density, and the load to the rapid growth, electricity reliability requirements higher characteristic.
    城市电网是电力网的重要组成部分和电力系统主要的负荷中心,有着负荷密度大、负荷增长迅速和用电可靠性要求高等特点。
  25. It can make motor timely according to the load change situation or slow down growth.
    该系统可以根据负荷变化情况使电机适时降速或增速。
  26. The algorithm applies the continuation power flow; however, the difference is that the uneven regional load growth is considered rather than the traditional uniform load growth in determine the load directions.
    该算法采用连续潮流算法,在确定负荷和发电增长方向时,考虑到了不均衡的区域负荷增长因素,不再采用统一的负荷增长模式。
  27. Through the analysis of experiment results, combustion characteristics during different fire development periods was elucidated; the effects of temperature, radiation heat flux and fire load and etc. on fire growth and propagation behaviors were analyzed.
    运用实验结果分析了火灾过程中不同阶段的燃烧特点,以及温度、辐射热流和火灾载荷等参数对火灾发展和蔓延规律的影响,揭示了火灾的内在规律并预测了其发展趋势。
  28. This article is based on this background, the establishment of the power of carbon emission rights trading system, to coordinate the contradiction between electricity load growth and energy savings through the establishment of the electricity carbon emissions trading system.
    本文正是基于这个背景提出了建立电力碳排放权交易体系,通过建立电力碳排放权交易体系以协调好用电负荷增长和节能减排之间的矛盾。
  29. With the development of network services, the user visits and the amount of load on the server presents exponential growth, and how to provide users with high-quality, uninterrupted network services, become the problem that network service providers must solve.
    随着网络服务的不断发展,用户的访问量和服务器的负载量呈现指数级的增长,如何向用户提供高质量、不间断的网络服务,成为网络服务器供应商必须解决的难题。
  30. During "Twelfth Five-Year Plan" period, Anhui power grid load demand, the rapid growth of the power installed capacity is also increasing year by year.
    十二五期间,安徽电网负荷需求急剧增长、电源装机也逐年增加。