- 更多网络例句与负载曲线相关的网络例句 [注：此内容来源于网络，仅供参考]
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However, in the hybrid energy power system, load curve and distribution patterns of the energy flow would significantly influence the system's efficiency and the cost.
且在混元电力能源系统中，其负载曲线与能源流的配送模式将会大幅影响系统的性能与成本。
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The equivalent circuit model of electrobath is obtained by the methods of electrochemical impedance spectroscopy and curve fitting.
基于电化学原理描述了双电层电容的产生及其影响，通过采用电化学阻抗谱方法和测量阶跃响应曲线并进行参数拟合的方法，建立了电解槽负载的等效电路模型。
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Simulation in the discussion, respectively, from the rated load, and the empty set three conditions for the system simulation, obtained under the three conditions in response to step through the analysis of the curve, the load that the impact of changes in the system And to improve the system.
在仿真讨论中，分别取额定负载、空载和过载三种情况对系统进行仿真，得出其在三种情况下的阶跃响应，通过对曲线的分析，得出负载的变化对系统的影响，并以此对系统进行了改进。
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Simulation and experimental results indicate that for the SPWM inverter based on instantaneous output voltage feedback control,the fundamental open circuit output voltage incr...
仿真和实验结果表明，对于采用瞬时输出电压反馈控制技术的SPWM逆变器，其输出电压在空载时随着死区时间的增加而增加，负载电流超过临界电流后其输出电压随死区时间增加而下降；其阻性负载时的外特性曲线是一条先下降后上升的曲线。
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Through mathematical reasoning, this article found the relationship between the output voltage and the load, the curve of the generator external characteristic being provided.
本文运用数学推理的方法找出了同步发电机的输出电压与负载电流及负载性质之间的关系，确立了发电机外特性曲线的具体形状。
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VVVF control through the pump motor so that the load curve in line with or near air-conditioning load curve of the host.
通过变频调速控制使水泵电机的负载曲线符合或接近空调主机的负载曲线。
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Flow characteristic curve, flow-pressure characteristic curve of steering control unit and load-speed characteristic curve, null region of system are given through analyzing the static model.
在此基础上，对各元件和系统进行静态分析，得到转向器流量特性曲线，流量—压力等曲线以及转向系统的速度—负载曲线和死区范围等相关静态特性。
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It is able to initialize parameters; design and save test plan; input, save, reedit and activate test object info; real-time display of mechanics parameters and curves; programming test steps; management and report print of database.
论文以电液比例控制液压万能试验机为具体对象，在详细分析其工艺工况的基础上，给出了系统的物理和数学模型；着重就惯性负载、弹性负载不同的负载特性工况，对位置、变形、试验力控制系统进行了建模，并分析了它们的动静特性，指出影响系统精确性、快速性、稳定性的因素，并提出相应的解决办法；然后，论文推出了以工控机为控制核心的电液比例试验机控制系统；编写了电液比例控制液压万能试验机的部分工业控制软件，通过所编软件可实现：参数的初始化设置，试验材料测试方案的设计与保存，试样信息的录入、保存、修改和激活，力学性能参数和材料特性曲线的实时显示，自动程控方式下的编程，数据库管理和报表打印等功能；整个软件方案设计具有界面友好、操作方便、功能齐全等特点。
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Three kinds of BCRC No.51534, 10322 and 10675 would be selected and acted as an experimental sample of Escherichia coli. Results shows that Escherichia coli of No.51534 will appear better performance because the maximum of open circuit voltage, closed current and power density are 1.01V, 22mA and 1342mW/m2, respectively. Concerning the effect of culture time with respect to different phase type on the electricity performance of MFCs, the time points on the intersection between lag phase and logarithmic phase, the middle of point of stationary phase for growth curve of Escherichia coli would appear a good performance of MFCs. In addition, the BCRC No. 51534 Escherichia coli possessing a better performance of MFCs than others would be suggested and applied to further studying. Comparison with the performance of MFCs with respect to electron mediator under different mole number, result shows that electron mediator of methylene blue with 4.63mM would appear a better electricity performance of MFCs than others. Concerning the different material of proton exchange membrane with PTFE-Nafion, Nafion 211, 212 and 117 with respect to the performance of MFCs, result shows that the Nafion 117 applied in MFCs will have a better performance of MFCs than other cases. Finally, the effect of molar concentration on the performance of MFCs would be expected at the studied cases of 0.4M, 0.2M, 0.1M and 0.05M respectively for cathode oxidant, result shows that a good performance of MFCs will happen at the condition of 0.2M. Those observations will be useful to improvement of MFCs in the further study.
於上述电池系统条件下，进行大肠杆菌生长曲线、电子传递介质、质子交换膜、电极与阴极氧化剂对电池电性效能分析；选择编号10322、10675与51534之大肠杆菌为实验菌株，依定量培养之生长曲线取出代表不同时生长特性时期的培养时间，利用亚甲基蓝作为电子传递介质进行实验分析从所测得的电量进行分析，以编号51534之大肠杆菌的微生物燃料电池有最大的开路电压为1.01V及最大闭路电流为22mA；当极化曲线中电压为0.47V、电流为11.4 mA时有最大的功率密度为1342 mW/m2；加以负载有平均工作功率密度294 mW/m2；从生长曲线与电性效能来分析，得知生长曲线的迟滞期与对数期的转变点与静止期的中间点有最佳电性效能表现；对於加入不同莫耳数之电子传递介质methylene blue、neutral red与thionine之电池效能表现，则以加入4.63mM methylene blue电子传递介质的电池有较佳平均功率密度230 mW/m2；另对於质子交换膜PTFE-Nafion、Nafion 211、Nafion 212与Nafion 117之电池效能表现，以Nafion 117质子交换膜的电池有较佳平均功率密度340 mW/m2；对於分析加入不同莫耳数浓度0.4M、0.2M、0.1M与0.05M的阴极氧化剂之电池效能，则以0.2M的阴极氧化剂的电池可得到较佳平均功率密度429 mW/m2。
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Voltage Source and Current Source, Thevenin Theory, Trouble Shooting, Characteristic Curve of Diode, Diode Models, Rectifier Circuits, Input Filtering Capacitor, Voltage Multiplier Circuits, Limiter and Clipper Circuits, DC Clampers and Peak-to-peak Detectors, Zener Diode, Zener Diode Rectifier, Photoelectric Devices, Collector-Emitter Junction, Transistor Characteristics of common-emitter, Base Bias, LED Dirver, Establishing a Stable Q-point, PNP Transistor Biasing, Transistor Biasing, Coupling and By-Pass Capacitors, AC Emitter Resistance, Common-Emitter Amplifier, Other Common-Emitter Amplifiers, Cascaded Common-Emitter Amplifiers, AC Load Line, Emitter Follower, Class B Push-pull Amplifiers, JFET Characteristic Curve, JFET Biasing, JFET Amplifier, VMOS Circuit, Differential Amplifier, Operational Amplifier, Non-inverting Feedback, Negative Feedback.
电子学实验( S0704)(1，1)/应用电子学实验( S0472)(1，1)电压源和电流源、戴维宁定理、故障排除、二极体特性曲线、二极体近似模型、整流电路、电容-输入型滤波器、倍压电路、限制器电路和峰值检测电路、直流定位器与峰对峰检测器、齐纳二极体、齐纳二极体整流器、光电元件、集射极接面、集极特性曲线、基极偏压、LED驱动器、建立一个稳定的工作点 Q 、 PNP 电晶体偏压、电晶体偏压、耦合及旁路电容、交流射极电阻、共射极放大器、其他 CE 放大器、串接共射极放大器、交流负载线、射极随耦器、 B 类推挽式放大器、 JFET 特性曲线、 JFET 偏压、 JFET 放大器、 VMOS 电路、差动放大器、运算放大器、非反向电压回授、负回授。
- 更多网络解释与负载曲线相关的网络解释 [注：此内容来源于网络，仅供参考]
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load curve：负载曲线
load current 负载电流 | load curve 负载曲线 | load dispatch 负载等
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daily load curve：日负载曲线
d'arsonval galvanometer 达松伐耳电疗 | daily load curve 日负载曲线 | daily load factor 日负载率
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daily load curve：日负载曲线=>日負荷曲線
daily load 日负载,昼夜负荷 | daily load curve 日负载曲线=>日負荷曲線 | daily load factor 日负载率,日负载系数=>日負荷率
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annual load curve：年负载曲线
annual expense 年经费 | annual load curve 年负载曲线 | annual load factor 年负载率
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annual load curve：年负载曲线=>年負荷曲線
annual layer 年层 | annual load curve 年负载曲线=>年負荷曲線 | annual load factor 年负载率,全年负载因数,年负载因数=>年負荷率
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yearly load curve：年负载曲线
yard 码 | yearly load curve 年负载曲线 | yearly load duration curve 年负载持续曲线
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yearly load curve：年负载曲线,年负荷曲线
yearly curve of daily peak load 日峰值负载年曲线 | yearly load curve 年负载曲线,年负荷曲线 | yearly load duration curve 年负载持续曲线
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yearly load curve：年负载曲线,年负荷曲线=>年負荷曲線
yearly increments 年度增加额 | yearly load curve 年负载曲线,年负荷曲线=>年負荷曲線 | yearly load duration curve 年负载持续曲线
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monthly load curve：月负载曲线=>月負荷曲線
monthly irregular hours worked 每月不规则劳动时数 | monthly load curve 月负载曲线=>月負荷曲線 | monthly load factor 月负荷率,月负载率=>月負荷率
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load line：负载曲线
load impedance diagram 负载阻抗图 | load line 负载曲线 | load rating 额定负载