即时监察及控制耐火测试炉之温度及压力等状况。
Real time monitor and control the environment such as temperature and pressure of the Fire Resistance Testing Furnace.
这与印件表面特性、电化铝的性质、烫印温度及压力等多种因素有关。
This is a job anodized surface properties, the properties, used for a variety of temperature and pressure.
中国限制了小电厂的建设，因为它们效率低下，需要应用更高的温度及压力。
China has limited the construction of small power plants, which are inefficient, and has required the use of somewhat higher steam temperatures and pressures.
且当外部燃油系统供给的柴油达到要求的温度及压力时，预热发动机就可以被启动。
A preheated engine can be started directly on HFO provided that the external fuel system has the correct temperature and pressure.
通过理论和经验数据相结合的方法确定了试验台的热流量、出口温度及压力等参数。
Based on the combination of theory and empirical data, defined the thermal flux, exit temperature and pressure of the experimental bench, and so on.
研究两个不同温度的圆柱体在相互热压时，不同初始温度及压力条件下两试件的传热特性。
Tile purpose of this article is to study the heat transfer character of two specimens under different initial temperature and pressure condition as two non - isothermal cylinders contact each other.
本文概括介绍了熔体结构的研究进展，着重讨论了熔体组分、温度及压力对熔体结构的影响。
After simple introduction the advance in silicate structure research, the influences of components, temperature and pressure on melt structure are discussed in detail.
成功的烫印需要有正确的时间，温度及压力的配合，衣物的厚度和材料及烫画纸的种类都影响到烫印的效果。
Successful stamping requires the right time, the temperature and pressure with, clothing and materials and the thickness of the type of transfer paper are affected stamping effect.
研究了两个不同温度的圆柱体在相互热压时，其间的接触热传导系数与热工件的初始温度及压力之间的关系。
The purpose of this article is to study the relation of the interface heat transfer coefficient with initial temperature of specimen and pressure as two non-isothermal cylinders contact each other.
表明：温度及孔隙压力的改变会对巷道的稳定性产生一定的影响，特别是对于软弱岩体。
Indicate: the change of temperature and pore press will produce certain influence to the stability of roadway, especially to weak rock.
可采用较高的压力及温度，从而增加原料的分解，提高搅拌效率并加速起沫。
Higher pressures and temperatures may be used to increase material break-up, improve mixing and speed rise times.
对燃料喷入时的燃烧室温度、压力及推进剂余氧系数等工作参数进行了试验研究。
The effect of the combustor temperature, pressure and coefficient of residual oxygen was experimentally investigated when the fuel was injected into the combustor.
增压系统的作用是为飞行及地面所有阶段的温度和压力控制提供压缩空气。
The purpose of the pneumatic system is to supply compressed air for a controlled temperature and pressure environment during all phases of flight and ground operation.
认真填写各种运行记录及记载水位、压力、温度、燃油量等。
Fill in operation form and record water level, pressure, temperature, quantity of fuel, etc. And keep boiler running smoothly.
通过实例的设计过程，该文阐述了选择设计温度分析、材料选择的基础及工作压力。
By the designing example, this paper summarizes the selecting design temperature analysis, the foundation of select material and work pressure.
基于质量、动量和能量守恒定律及井筒径向传热理论建立了流体压力、温度分布预测数学模型。
Based on mass, momentum, energy conservation and the theory of wellbore radius heat transmission, established fluid pressure and temperature distribution prediction mathematical models.
然后确定了加速应力为影响气缸寿命的工作应力：流体温度、使用压力及气缸动作频率；
Then the determined accelerate stress is the stresses that affect the cylinder life as fluid temperature, working pressure and moving frequency.
统计获得了界面区的密度、压力张量及温度的分布，并且从分子层次观察分析了界面结构和动力学特性。
The density, the pressure tensor, and the temperature profiles are obtained. Meanwhile, the structure and the dynamic behavior of the interface are analyzed from the molecular level.
讨论了不同的反应时间、温度、压力及摩尔比对大豆油转化率的影响。
The influence of reaction time, temperature, pressure, and molar ratio of methanol to soybean oil were discussed.
介绍一种油井井下参数（压力、温度）无线测试的数据信息传输方法及井下发射装置低功耗控制电路。
The paper introduces a data transmission method for wireless testing of oilwell underpit parameters (pressure and temperature) and low power consuming control circuits of underpit emission devices.
分析了温度和压力、气体选择性、电路特性等干扰因素及补偿方法。
It also analyses some factors such as temperature, pressure, gas selectivity, circuit characteristic etc. and its compensation methods.
在合适的温度、压力、化学及构造条件下，可以形成油田或气田。
Under the appropriate temperature, pressure, chemical and tectonic conditions, oil or gas field may be formed.
不同热压时间、温度、压力对支架孔隙率及抗压强度的影响。
Influence of hot-pressing time, temperature and pressure on the porosity and compressive strength of the scaffold.
同时对恒沸状态的温度、压力及组成等参数亦进行了相关计算。
In addition, the parameters under the azeotropic state such as temperature, pressure and composition were calculated.
详细介绍温度、压力线性化的具体算法及实现步骤。
The concrete algorithms and implementing procedures of linearizations for temperature and pressure are introduced in detail.
矿石矿物组合显示中—低温成矿特征，成矿温度、压力及成矿深度也均反映出矿床具低温浅成特征。
The ore and mineral assemblage show the characteristics of low-to-moderate temperature, Besides, the ore-forming temperature, pressure and depth also reveal the epithermal feature.
可用于考察压力、温度、液体流量和流体组成对水合物生成规律的影响，及水合物浆液流体力学性质的研究。
It was designed to study the kinetics of hydrate formation and flow characteristics of hydrate slurries under pressure.
文中推导了铜柱在静压下的流动应力，分析了压力及温度对铜柱压后高的影响。
This paper deduced the flow stress of copper column that was under the action of static pressure, and it analyzed the influences of the pressure and temperature.
文中推导了铜柱在静压下的流动应力，分析了压力及温度对铜柱压后高的影响。
This paper deduced the flow stress of copper column that was under the action of static pressure, and it analyzed the influences of the pressure and temperature.
应用推荐