1.
Load Modeling of Large-scale Power Grid Considering Time-variant Characteristic;
考虑负荷时变性的大区电网负荷建模研究
2.
Analysis on Time-variation of Power Load to the Influence of Load Modeling in Inner Mongolia Grid;
内蒙古电网负荷时变特性对负荷建模影响的分析
3.
The Characteristics of Certain Physiological and Biochemical Index of Different Personality Type Athlete during Quantitative Loads;
不同个性类型运动员定量负荷时某些生理、生化指标变化特点
4.
Sensibility Changes in Athletes under Continuing Heavy Load and Physical Exhaustion;
持续大负荷状态和机能下降时运动员某些感受性变化的研究
5.
Medium and long-term load forecasting based on time-varying parameter model
基于时变参数模型的中长期负荷预测
6.
Changes of Human Heart Rate and Respiratory Response under Short Arm Centrifuge +Gz Loads with Exercise Loads
联合短臂离心机+Gz负荷与运动负荷时人体心率和呼吸的变化
7.
If the error occurs when accelerating/ decelerating: Please examine the inertia.
加速、速时发生错误：请检查惯性负荷。
8.
If the error occurs when accelerating/decelerating: Please examine the inertia.
加速、减速时发生错误：请检查惯性负荷。
9.
Substation transformer load balancing and load monitoring
变电站变压器负荷平衡和负荷监测
10.
Research on Short-Term Load Forecasting Model and Method Based on Chaotic Characteristic of Electric Load Time Series;
基于电力负荷时间序列混沌特性的短期负荷预测方法研究
11.
Electrocardiograph changes of college basketball athletes during progressively increasing load exercise;
大学生篮球运动员负荷递增时的心电图变化
12.
Investigation of Blood Lactate Changes During Steady-state Exercise;
不同强度恒负荷运动时的血乳酸变化研究
13.
ON THE CHARACTERISTICS OF THE TEMPERATURE CHANGING OF SPEED SKATING ATHLETES UNDER DIFFERENT INTENSITY;
速滑运动员不同负荷强度时体温变化的特点
14.
sEMG Median and Mean Frequency Changes during Isometric Contraction of Back Extensors to Fatigue;
等长负荷诱发腰部脊竖肌疲劳时sEMG的变化
15.
The Change of Several Uric Biochemical Indexes During Different Workload;
不同负荷运动时几项尿液生化指标的变化
16.
Substation transformer load monitoring
变电站变压器负荷监测
17.
Resistive, inductive loads, motors and generators are connected to another substation, and the MES is also connected to the same substation.
电阻性负荷、电感性负荷、电动机、发电机接在另一变电站,SMES也接在同一变电站。
18.
Thermo-economics Analysis for the Operation Mode of the Coal-fired Power Unit Plant under Low Load;
火电厂单元机组变负荷运行方式热经济性分析