fluid temperature

The amplitude of wall temperature fluctuation is larger than that of fluid temperature oscillation.

流量的波动又引起了管壁温度和流体温度的周期性波动；

The distribution of fluid temperature in the tundish during plasma heating is investigated with water modeling.

采用水模在线加热研究等离子加热中间包流体温度的分布.

Effect of Infusion Fluid Temperature on Respiratory Function and Acid-Base Balance in Hemorrhagic Shock in Rabbits

溶液温度对失血性休克兔呼吸功能和酸碱平衡的影响

The fluid temperature change in the U-tube, soil temperature field and thermal influencing radius were studied in the seepage situation firstly.

文中首先研究了有渗流情况下，管内流体的温度变化，土壤的温度场和热作用半径，以及埋管的换热量。

The basic theory of the fluid temperature control is introduced and its mathematic model is developed.

主要介绍了机械密封流体温度控制的基本原理,并建立了机械密封流体温度控制的数学模型.

The maximum ambient temperature and fluid temperature.

最高环境温度与流体温度.

Based on the temperature-viscosity characteristics of the fluid, the interaction effect of the fluid damping force and the fluid temperature is studied. And the thermodynamic equation of the damper, which includes a heat balance equation, is established.

根据流体的粘温特性，考虑流体温度与阻尼力之间的相互作用，在动力学方程的基础上附加流体阻尼器的热平衡方程，建立流体阻尼器的热动力学模型。

For temperature-deforming curves, the rubbery plateau region was lower and fluid temperature increased with increasing nano-TiO_2 content.

体现在复合体系的温度-形变谱图中，随纳米TiO2含量的增加，玻璃化转变提前，橡胶平台降低，黏流温度升高。

Furthermore, by dynamic simulation experiment, the influence of fluid temperature and flow stream velocity on anti-scaling performance is researched.

同时，通过动态模拟实验研究了流体温度、流速等参数对电磁防垢效果的影响。

Using Liquid Crystal Particles to Measure Fluid Temperature Field

应用液晶粒子测量液体温度场

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。

Binding with the effect of the annular fluid, wellhead injection condition and tube parameters we focal certain parameters on how to affect the fluid temperature and heat loss to reduce the heat loss and increase the fluid temperature.

结合环空流体、井口注入条件和油管相应参数影响，敏感性分析相应参数对井筒流体温度和热损失影响。

Design of Fluid Temperature Difference Sensor

流体温差传感器的设计

Engine fault phenomena, running status and performances are investigated by fault simulation and emersion of the airflow sensor, knock sensor, cooling fluid temperature sensor and revolution sensor that concerned with ECU input signals.

通过对与电控单元（ECU）输入信号有关的空气流量传感器、爆震传感器、冷却液温度传感器和转速传感器故障的模拟和再现，研究了发动机的各种故障现象、运行状况和性能。

Compared with the increasing fluid temperature, the optimal idling time can reduce the melting time of ice and snow more effectively.

与提高流体加热温度相比，合理设置待融时间可以更有效地缩短融化时间。

The full-graphics , backlit LCD simultaneously displays set point and actual fluid temperature.

高清晰有背光照明的液晶显示屏可以显示所设定的温度和流体的实际温度.