This tells us that a simple linear function of time is an extremely bad model for outside temperature.
这就告诉我们，对室外温度来说，时间的简单线性函数是一个非常不好的模型。
A time dose mortality model was used for analyzing the mortality rates as affected by temperature.
运用时间-剂量-死亡率模型分析了各温度下白僵菌对桃蚜的毒力。
The two dimensional heat conduction model is used to compute the time that the plate cooling to setting temperature.
使用二维热传导模型计算钢板冷却到目标温度需要的时间。
It was studied on fixation temperature and time of rotary continuous fixation machine model 30.
对30型滚筒连续杀青机的杀青温度和时间进行了研究。
The aircraft deicing fluid temperature raising process model with time delay and parameter uncertainty was considered.
对飞机除冰液温升模型的时变和延时特性进行了分析研究。
A new modified model for volatile combustion time related to temperature, particle size, and reaction mechanisms was proposed.
并在此模型基础上，提出了与温度、粒径、反应机理相关的新的挥发分燃烧时间预测模型。
The control model for coiling temperature based on finite difference method is developed, and how to choose the time and space step is introduced.
开发了一种基于有限差分算法的卷取温度控制模型，并介绍了时间和空间步长参数的选取方法。
Establish a spectroscopic measurement of temperature model, derive radiation transport equation and realize real time temperature computation of the measured point.
建立光谱测温模型，推导光谱测温方程，实现温度场中测量点温度的实时计算。
The mathematic expressions of temperature stress and dry shrinkage stress are deduced. The time-varying model based on multiple factors of concrete face stress is established.
推导了温度应力分量和收缩应力分量的数学表达式，建立了面板应力多因素时变分析模型；
A one-dimensional stochastic climate model is set up, and the rela tioa of the global temperature of the most probable state with time and latitude ia derived.
本文建立了一维随机气候模式，导出了最可几气候态的温度与时间和纬度的关系。
The basic model and the experimental measurement method of short-distance time-of-flight absorption spectra for determining the temperature of cold atoms are described.
详细介绍了短程飞行时间吸收谱测量冷原子温度的基本模型和实验方法。
The resistance furnace temperature is a time delay system, an internal model PID robust controller is presented in this paper.
针对电阻炉温度被控对象的纯滞后特性，设计了内模pID鲁棒控制器。
The calculated results with this model are in agreement with the experimental data, and it can be used to predict the volatile combustion time for the high temperature region.
经实验验证，改进的模型与试验结果吻合良好，较大幅度地提高了高温段页岩挥发分燃烧时间预测精度。
The deluge core of the utility model has the advantages of good high temperature resistance, impact resistance and good breaking effect of a riser and operable time of an opening flask.
本实用新型雨淋芯具有很好的耐高温、耐冲击性，以及良好的冒口拔断效果及开箱可操作时间。
This paper introduces the principle of model-dependent control which is applied to temperature control of resistance furnace reactor for the first time.
本文介绍了倚模控制的基本原理，并首次将其用于电阻炉反应器的温度控制中。
The model is a real time computer model for the calculation and prediction of hot metal temperature in the torpedo car and calculation of refractory lining temperature of empty car.
该模型可以实时计算和预测重罐时的铁水温度，以及空罐时的罐衬温度。
The relation of RLG's bias and temperature was analyzed in the help of the method of stepwise regression by temperature experiment repeated. The real-time temperature compensating model was achieved.
通过重复性温度实验，利用逐步回归法分析了机抖激光陀螺零偏与温度的关系，得到了零偏的实时温度补偿模型。
This model took the parameters of engine speed, fuel pump rack position, pedal, LPG(injection) time, cooling water temperature and torque as the input variables.
模型将转速、油泵齿条位置、油门开度、LPG喷气时间、冷却水温度、转矩作为输入变量。
In this paper, a new method to get the optimal furnace temperature of reheating furnace is brought up for the first time on the basis of the mathematical model of continuous reheating furnace.
本文在加热炉内钢坯加热过程数学模型的基础上，首次提出了一种以钢坯焓增过程积分值为目标函数求取加热炉最优炉温制度的方法。
The simulation results show that the temperature values predicted by the scene using this model accords with the measured temperatures, and also fulfils the real-time requirement.
仿真结果显示，采用该模型的场景温度计算值和实测结果相符，并能够满足仿真对实时性的要求。
The product is divided into automatic and HM model, which is easy to operate and the digital display makes it easy to set the pouring-in temperature and time.
本机具有自动和手动两种控制方式。操作灵活简便，直观型数显装置更便于调节灌装温度及时间。
The utility model has a low energy consumption, high heat transmitting coefficient, short responding time, is safe and reliable, can allow people to enjoy dish under proper temperature in winter.
本实 用新型低耗节能，导热系数高，响应时间短，安全可靠，能确保在冬天时享受到温热适口菜肴。
The utility model has a low energy consumption, high heat transmitting coefficient, short responding time, is safe and reliable, can allow people to enjoy dish under proper temperature in winter.
本实 用新型低耗节能，导热系数高，响应时间短，安全可靠，能确保在冬天时享受到温热适口菜肴。
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