负荷

基本解释 (translations)

burthen  ·  load  ·  onus  ·  loads

与负荷相关的网络例句 [注：此内容来源于网络，仅供参考]

Base Load 基本负荷 Base load is that portion of a building load demand which is constant.

基本负荷是指建筑负荷需求量中不变的那一部分，是构成负荷需求曲线的基数。

From the burden increased aspect clarify set up the necessity of station, then pass to drew up to set up generalize of transformer substation and line direction to consider, and pass to analysis of carry the data, safety, economic and dependable consider and made sure the 110 kV, 35 kV, 10 kV and station use electricity of lord connect line, then again through burden calculation and power supply scope made sure main number, capacity and model number of the transformer set, also in the meantime make sure the station uses capacity and model number of transformer, end, according to biggest keep on work electric current and short circuit calculating of calculation result, to the high pressure Rong break a machine, insulate a switch, female line, insulate son and wear a wall set tube, electric voltage with each other feeling machine, electric current with each other the feeling machine carried on choose a type, thus completed a 110 kV electricity a part of design.

本文首先根据任务书上所给系统与线路及所有负荷的参数，分析负荷发展趋势。从负荷增长方面阐明了建站的必要性，然后通过对拟建变电站的概括以及出线方向来考虑，并通过对负荷资料的分析，安全，经济及可靠性方面考虑，确定了110kV ，35kV ，10kV 以及站用电的主接线，然后又通过负荷计算及供电范围确定了主变压器台数，容量及型号，同时也确定了站用变压器的容量及型号，最后，根据最大持续工作电流及短路计算的计算结果，对高压熔断器，隔离开关，母线，绝缘子和穿墙套管，电压互感器，电流互感器进行了选型，然后进行配电装置和平面布置的设计以及防雷的设计，从而完成了110kV 电气一次部分的设计。

The main contents of this report include:(1) I nvestigation and analysis of the current status and characteristics of economic development, electric power consume and electric load in North China, Northeast China, Northwest China, East China, and Central China from 2000 to 2004;(2) Indexes and contrast analysis of major power networks load characteristic in China;(3) Analysis of Major effect factors for load characteristics, including development level and structure of economic, structure of electric power consumption, geographical and climatic environment, DSM, electrovalence, load shedding and so on;(4) Change trend analysis of major power networks load characteristic in China;(5) Target forecast of major power networks load characteristic in China in the tenth five-year plan;(6) Main conclusions and suggestions.

主要内容包括：(1) 2000 ～ 2004 年华北、东北、西北、华东、华中五大电网经营区域经济发展现状及特点、用电现状及特点、电力负荷特性现状调研分析；(2)我国主要电网负荷特性指标对比分析；(3)影响我国负荷特性的主要因素分析，包括经济发展水平及经济结构、用电结构、地理环境及气候因素、需求侧管理、电价拉闸限电等对电网负荷特性的影响分析；(4)我国主要电网负荷特性变化趋势分析；(5)"十一五"期间我国主要电网负荷特性指标预测；(6)主要结论及建议。

On conditions that sports technology come into being , keeping on adding load training will help improving sports technology. Further research declares that nerve connection which is set up by shaped action will be broken and new connection will be expended and differentiated till a new movement fixed after sports technology coming into being and sports intension overload. So sports technology is relative to a certain load training intension.

在运动负荷强度对运动技能形成的影响中，传统观念认为适宜的运动负荷强度有利于运动技能的形成，但是这里所指的运动技能的形成，实际上是建立在某一运动负荷强度下所形成的运动技能，当运动负荷强度超过原来已经适应的运动强度负荷时，已巩固了的运动技能动作所建立起的神经联系又被再次打破，产生新的泛化、分化直到建立新的动力定型。

The normal overload can be used frequently , its permissible value shall be determined according to the load curve of the transformer, the temperature of cooling medium and the load of the transformer before the overload takes place, etc.; The characteristic curve of overload of the transformer shall be supplied by the manufacturer.

正常过负荷可以经常使用，其允许值根据变压器的负荷曲线、冷却介质的温度以及过负荷前变压器所带的负荷等来确定；制造厂家提供变压器的过负荷特性曲线。

It is discussed that the adjusting effect of OLTC to the voltage of primary and secondary side is in close relation to the load type.

研究了有载调压变压器分接头的调节作用对变压器一、二次侧电压的影响与恒阻抗负荷、恒电流负荷、恒功率负荷以及电动机负荷等不同的负荷类型的关系。

3The values of AEMG of the contralateral multifidus were higher than ipsilateral during trunk axial rotation;(4) During the trunk flex to 45 and 65 degree position, the AEMG of lumbar multifidus and erector spinae muscles were higher than the other degree and there was significant difference.(Experiment 2)(1)The AEMG of the lumbar multifidus and erector spinae were influenced by load levels, load ways and road conditions during the walking.There was significant interaction between load levels and load ways.

(1) 负荷等级、负荷方式及路面条件对行走过程中腰部竖脊肌和多裂肌AEMG具有显著影响，且负荷等级与负荷方式之间交互作用显著；左手负重行走时腰部竖脊肌AEMG与右手负重时不存在显著差异，但背部负重时的竖脊肌AEMG值明显小于单侧手负重时的AEMG值；(2)多裂肌的AEMG值在不同负重方式下行走时均无显著差异；(3)路面条件对腰部肌肉AEMG值具有显著影响，上楼时腰部竖脊肌、多裂肌的AEMG值显著大于平地和下楼时的AEMG值；(4)单侧手持负荷且当负荷等级达到一定水平时，腰部竖脊肌和多裂肌对侧的AEMG值显著大于同侧。

Through the flue gas and air characteristic analysis in supercharged boiler,the results showed that the value of parameters would increase with the increase of fuel consumption.And volume heat load of the furnace, fuel consumption, heat change between flue gas and convective heating surface and evaporation value would increase with the increase of compression ratio.The heat calculation would be different because of dissimilar thermal calculation in the turbo-compressor when the boiler load was changed.As the boiler load increased,heat loss in the turbo-compressor would increase and the efficiency of the boiler would decrease.The results of the boiler start-up simulation showed that the time of start-up would decrease with the increase of flue consumption ,but instantaneous pressure amplitude would increase.Steam water"s dymamic diversification would be more complex than flue gas"s,and dynamic characters of their parameters would be changed due to different boiler load and disturbance variable,which was shown by results of the simulation when boiler load was changed.

通过分析增压锅炉内的空气、烟气参数特性，发现随着锅炉负荷的增加，空气和烟气的各项参数值都相应的增加；炉膛容积热负荷、锅炉的燃料负荷随着增压比的提高成比例增加；随着增压比的增大，烟气与对流受热面的换热增加，蒸发量随之增加；由于涡轮增压机组在不同负荷下的热力计算不同而造成增压锅炉在不同负荷下的热平衡计算的不同；锅炉增压机组的总的热损失随着锅炉负荷的增加而增加，而增压锅炉的热效率随着锅炉负荷的增加而减少；锅炉启动模拟仿真结果中发现，锅炉启动时燃料量增加，锅炉的启动时间就会减少，但是瞬时升压速度会增加；而动态负荷变化模拟仿真结果中发现，锅炉汽水侧的变化相比烟气侧更为复杂，且在不同负荷和不同扰动量下，烟气侧和汽水侧的重要参数动态特性是不同的。

For a constant impedance load or a constant current load, if regulating the secondary voltage by making the changer ratio higher, the primary voltage will get much lower while the load power is restoring, and the power will then lose balance. For a constant power load or a motor load, since the change of OLTC has no or little influence on the load power, the voltage of primary side almost has no change whether the tap operates or not. The influence on the voltage stability with respect to the dynamic restoring load which is sensitive to voltage is also discussed.

对于恒阻抗和恒电流型负荷，在变比上调恢复副边电压的情况下，负荷功率恢复，又使原边电压下降，可使系统功率失去平衡，而对于恒功率负荷和电动机负荷，OLTC的变化不会引起负荷功率的恢复，OLTC的变化对系统电压稳定有利；同时研究了对于一般电压敏感和具有动态恢复特性的负荷，反调分接头对电压稳定性的影响。

All the methods make the model more comply with the actual situation and avoid the onesidedness of single load operation condition.

根据分解协调原理，把这一复杂问题分解为最大负荷方式，一般负荷方式和最小负荷方式三个子模型，其投资费用在最大负荷方式下考虑，对于三个子模型用最大负荷损耗时间来协调统一，使得模型更符合实际情况，避免了只考虑单一负荷方式的片面性，具体求解方法采用非线性规划中的梯度法。

与负荷相关的网络解释 [注：此内容来源于网络，仅供参考]

Lightning arrestor：负荷阻抗

Light run 负荷指令计算 | Lightning arrestor 负荷阻抗 | Limit 负荷限制

load density of distribution system：配电网负荷密度

load density method 负荷密度法 | load density of distribution system 配电网负荷密度 | load dump 甩负荷

load indicator function：负荷指示器的功能

load indicator;负荷指示器 | load indicator function;负荷指示器的功能 | load indicator light;负荷指示器灯

Load Leveling：负荷平衡,负载调整,负载均衡=>負荷平準化

load level (l)ing relay 平衡负荷继电器 | load leveling 负荷平衡,负载调整,负载均衡=>負荷平準化 | load limit 负载极限,负荷极限,负荷限度

Load Leveling：负荷平准化

load factor 负荷因素 | load leveling 负荷平准化 | load limit 最大负荷量

load curve：负荷曲线

负荷曲线(load curve)是指用于表达电力负荷随时间变化情况的函数曲线. 在直角坐标糸中,纵坐标表示负荷(有功功率和无功功率)值,横坐标表示对应的时间(一般以小时为单位)

overloading：过负荷

类似于组装生产,主生产计划(MPS)也可能是以主要原材料和基本零件为对象来制定的. 1、夸大(Overstating)或过负荷(Overloading):把一个过期的时间期间包括在内;把头几个期间过负荷(叫头重front ending);在整个视界上普遍地过负荷

preload：前负荷

1.前负荷 前负荷(preload)是指肌肉收缩前所承受的负荷. 前负荷决定了肌肉在收缩前的长度,亦即肌肉的初长度(initial length),因而初长度可以作为前负荷的观测指标. 2.后负荷 后负荷(afterload)是指肌肉开始收缩时才遇到的负荷或阻力.

load uprise：负荷上升率

load up variation 负荷上升率 | load uprise 负荷上升率 | load valley 负荷谷值,负荷[曲线]低谷

load up variation：负荷上升率

load-up condition 负荷状态 | load up variation 负荷上升率 | load valley 负荷谷值,负荷[曲线]低谷