工况条件

利用动力学软件ADAMS对管片拼装机进行不同工况条件的多刚体动力学仿真，对比分析结果，得到管片拼装机工况条件下拼装机大梁的载荷情况。

Multi-rigid-body dynamics simulation was made by the dynamics software ADAMS on different working conditions . Comparing the results , we can get the loading condition of erector-bridge .

复杂工况条件下砂被、通长袋和软体排施工方法的改进

Improvement of Construction Method of Sand Bags and Soft Mattresses Under Complicated Working Conditions

根据各种工况条件，设计了力的变参数PID控制器，实现了力的精确控制。

PID Controller which parameter is variable according to work situations is designed so as to get high control accuracy .

试验结果表明：无论用煤还是LPG作为辅助燃料，试验都能在设定的工况条件下稳定运行；

The results showed that the experiments were smooth whether the auxiliary fuel was coal or LPG .

结合余热锅炉省煤器的工况条件，用扫描电镜及EDS、X射线等方法分析省煤器炉管腐蚀原因。

Corrosion analysis of economizer tube is investigated by SEM and EDS , X-ray etc with the condition of boiler economizer .

基于已知工况条件下的散热边界条件，通过模拟流场和温度场空间分布规律，3D模型可以计算机舱流动阻力特性和边界层散热情况。

Based on the known thermal boundary conditions , 3D model can calculate flow resistance characteristics and boundary heat dissipations of engine cabin by simulating the spatial distributions of flow and temperature field .

工况条件下的耐久性是制约质子交换膜燃料电池（PEMFC）商业化的最重要的问题之一。

Durability of Proton exchange membrane fuel cells ( PEMFC ) is one of the key issues to limiting its commercialization .

将各种暂态信号不同工况条件下暂态能量比数据，构造了SVM训练和测试样本，并分别对样本进行规范化和不规范化处理。

Take the transient energy ratio data on all sorts of transient signal different conditions as SVM training and testing samples , and standardization and not standardized treated .

同时，运用CFD软件（FLUENT）来设计与实验相同工况条件下的模拟研究，结果验证了数值模拟与实验一致。

At the same time , the simulation is designed and its working conditions is the same as experiment biased on CFD software ( FLUENT ) .

（？）好氧工艺选择序批式活性污泥法（SBR），利用SBR处理大蒜切片废水，探讨出SBR法处理大蒜切片废水的最佳工况条件。

Aerobic treatment process chooses Sequencing Batch Reactor ( SBR ), using SBR to treat garlic-sliced wastewater , and explore the best operation conditions . 3 .

高温MEMS器件的应用越来越广泛，如应用于石油化工、冶金等高温恶劣工况条件下物理量测试的MEMS传感器。

MEMS devices used for test of physical quantity in high temperature and vile condition such as in petrochemical industry , metallurgy are being used more and more widely .

ANN控制方法能使发电机在负荷变化、甩负荷运行、电网故障以及发电机故障等各种工况条件下，发电机端电压保持稳定。

ANN control strategy can make the voltage of generators stable in the course of load changed , load uninstalled , electrical network fault and generator fault and so on .

同时提出了具体的防护措施，如增加脱硫装置以降低H2S的浓度，改善压力容器工况条件，以及对焊缝部位采取喷铝措施等。

Protection measures such as installation of desulfurization unit to reduce H_2S , improvement of tank operating conditions and application of sprayed aluminum on welded area etc are presented .

在小型流化床试验台上进行废轮胎的热解试验，研究不同工况条件下H2S、HCN、NH3气体的排放特性。

The emission characteristics of H_2S , HCN , NH_3 during waste tires pyrolysis in a bench-scale fluidized bed reactor were investigated .

研究了进水负荷、硝化液回流、水温等工况条件下的三级BAF工艺的处理效能。

The performance of three-stage BAF system processing under different hydraulic loading rate , nitrified liquid reflux , temperature conditions was studied .

研究发现，再燃燃料中含氮组分的存在，以及再燃区的工况条件都对NOx的还原率有很大的影响。

The results of the study show that the presence of nitrogen containing components and the operating conditions of the reburning zone have a considerable effect on the NOx reduction rate .

在MFC运行过程，阴、阳极工况条件的同时调控，可以优化MFC同步脱色刚果红和产电性能。

The performance of the MFC used for Congo red decolorization and electricity generation could be optimized by regulating the working conditions of the anode and the cathode simultaneously .

以此工况条件在循环流化床上进行了烟气同时脱硫脱硝初步试验，结果显示SO2和NOx的脱除效率可分别达到93.6%和68.8%。

We have the primary test on the circulating fluidized bed with the technologic condition , and find the removal efficiency is 93.6 % and 68.8 % for SO_2 and NOx respectively .

将38×6.5×5mm的层状复合陶瓷，进行热模拟工况条件的实验表明，该层状复合陶瓷显示一定的优越性能，可望在高温热冲击的恶劣条件下应用？

The 38 × 6.5 × 5mm laminated ceramics revealed superiority performance to the extend in the experimentation of thermal simulation .

防抱制动系统（ABS）仿真的目的是建立汽车动力学仿真模型，并在此模型上加载防抱制动控制器模型，以观察不同控制策略在不同工况条件下的控制效果。

The simulation of Anti-Lock Brake system ( ABS ) is to build vehicle dynamics simulation model and load in Anti-Lock Brake controller model to observe the difference of different control strategies in different conditions .

该文利用实验装置，通过改变pH值、亚硫酸钙浓度、空气流量、温度等条件，研究了亚硫酸钙非催化氧化的宏观反应动力学，实验参数较接近实际工况条件。

By using experimental equipments , the macroscopical uncatalyzed oxidation kinetics of calcium sulfite was studied by varying the pH , concentration of calcium sulfite , flux of airflow and temperature . The experiment parameters were close to those in practical conditions .

结果表明，与同等尺寸下的铜柱散热器相比较，在相同工况条件下，热柱散热器能带走更多的热量，使CPU的表面温度降的更低，并且对CPU热源具有良好的均热效果。

The results show that compared with the same size copper pillar radiator , the thermal column radiator can drop the temperature of CPU lower , and has a good soaking effect on the CPU heat source .

分析并揭示TiB2-BN复相导电陶瓷发生潮解的原因；在模拟工况条件下考察试样的热疲劳问题。

The thermal fatigue problems of sample under the imitation operating mode condition were analysed .

首先在分析三层PE防腐层性能指标、工艺过程及工况条件的基础上，提出了温度复合控制和速度反馈控制的综合控制方案；

First of all , on the basis of analyzing performance index of 3-layer PE anticorrosion , technological process and operational environment , this paper advances the synthetic control schemes that have constant compound control of temperature and feedback control of speed .

从动力学和金相学的角度，说明了ARY合金材料能够适应热油输送工况条件的原因。

From the angle of dynamics and metallography it is illustrated why ARY alloy is able to fit working condition of hot oil transfer .

分析比较了45钢与D8、D9两种耐磨堆焊材料的磨损性能，并利用SEM对这几种材料在混凝土工况条件下的磨损表面形貌进行了现察，分析了它们的磨损机理。

The wear resistance of D8 、 D9 were compared with 45 steel 's. The wear mechanism was analyzed by observing the wear morphology with SEM .

综观现有轮式机械行走闭式液压系统，其中典型控制方式是液压泵采用DA控制，液压马达采用HA控制，该典型控制方式的闭式液压系统在某种工况条件下会出现发动机失速现象。

Throughout the existing walking system of wheeled machinery , the hydraulic pump adopts DA control and hydraulic motor uses HA control , which is the typical control mode . In some conditions , closed hydraulic system with this typical control method will appear engine stall phenomenon .

在H2S应力腐蚀工况条件下，焊接接头的均匀腐蚀速率为1.58×10-2mg/（cm2·h），有良好的抗硫化氢腐蚀性能，可满足实际使用要求。

The performance of H_2S corrosion resistance is very good and the rate of uniform corrosion is 1.58 × 10 ~ ( - 2 ) mg / ( cm ~ 2 · h ) in the condition of H_2S stress corrosion . This is satisfied in service .

并在此基础上，利用CAX集成应用环境，结合非线性接触理论和结构动力学理论，完成了叶轮部装结构工艺性能和运行工况条件下的结构性能研究工作。

And CAX integrated environment is constructed on the basis of above method . By combining nonlinear contact theory and structure dynamic theory , technological property of impeller assembly structure and structure performance at operating condition are completed .

用改进的MLD-10型冲击腐蚀磨损试验机，在模拟工况条件下，对不同碳含量的新型衬板用低碳高合金钢冲击腐蚀磨损行为进行了比较；

Researches were made on the impact wear properties of low carbon high steels with different carbon contents on simulated conditions by using a modified MLD-10 impact wear tester .