The temperature of the furnace is gradually raised until the leaves and stems are completely dried.
熔炉的温度逐渐上升直到烟叶完全地被烘干。
After reaching the temperature of the furnace, maintain the test piece at that temperature for not less than 10 min.
达到熔炉的温度后，将测试条保持放在熔炉里至少10分钟。
By using the operational command such as PID, the temperature of the furnace can change accurately according to the temperature controlling curve.
通过使用PID等运算指令，该系统能控制热处理炉，使炉温按照设计的温控曲线精确变化。
KSF KSY Series digital display temperature controller cannot only measure and control the furnace temperature, but also display the digital of the temperature of the furnace chamber.
KSG与KSY系列是数显式温度控制器，不仅能自动测量、控制电炉温度，尚能对炉膛温度进行显示。
The different formulas are analyzed about the smoke temperature of the furnace outlet in the paper. Different calculation methods are compared by the example, and the same results are concluded.
对卧式内燃燃油燃气锅炉炉膛出口烟温计算公式进行分析，通过计算实例，比较不同的计算方法，从而得出相同的结果。
The direction of third inlet air has been changed in order to reduce the temperature of the furnace, decrease the damage of the furnace lining, and increase the productive capacity of the furnace.
通过对热风炉三次风的改向，降低炉膛温度，减少对炉衬损伤，提高热风炉的生产能力。
Even when not recycled, sorted trash is easier for incinerators to burn cleanly, because the temperature in the furnace can be adjusted more precisely to minimize the formation of dioxin.
而即使不循环利用垃圾，分类后的垃圾可以让燃烧炉里的温度更精确地与其匹配，从而最低程度降低二恶英，使垃圾焚烧厂的燃烧过程更加清洁。
This paper is mainly discuss the design about PLC temperature control system of box heat-treatment furnace.
本文主要讨论了以可编程控制器为核心的箱式热处理炉温度控制系统的设计。
Accurate measurement of the furnace temperature is an important topic for safety and stabilization of the furnace running and optimize the combustion process.
炉膛温度准确测量对于锅炉运行的安全、稳定以及燃烧优化有着很大的意义。
A modified fuzzy controller structure which has faster response and higher accuracy is used to control the temperature and the pressure of the furnace.
在炉温和炉压控制回路中，采用了经过改进的模糊控制器，得到了较快的响应特性和较精确的温度、压力控制效果。
The structure and measuring principle of gradient furnace were introduced, and the curve of the foam temperature and bubble diameter was drawn.
介绍了梯温炉的结构及原理，根据测量结果绘制了发泡温度与泡径的关系曲线。
The diameter of actual tangent circle is an important parameter for safety of boiler, the residual rotation is the key factor of flue gas temperature deviation at furnace exit.
实际切圆直径是锅炉稳定安全运行的一个重要参数，炉膛出口残余旋转是造成烟温偏差的主要原因。
The requirement to flow, pressure, heating temperature and purity of converter gas used in reheating furnace were introduced.
介绍了加热炉在使用转炉煤气作为燃料时，对其流量、压力、加热温度和纯洁度的要求。
CYCLE time: Amount of time product spends in a furnace at specified temperature for the purpose of carburizing or hardening product.
周期：产品在炉中某特定温度下渗碳或硬化所需要的时间。
The accurate control of the work pieces temperature in vacuum annealing furnace is a typical nonlinear large time delay and cross coupling complicated problem.
而在真空退火的生产过程中，退火工件温度的精确控制是一个典型的非线性、大时滞、强耦合的复杂控制问题。
The temperature system is a class of difficult object, In this paper, an method of control based on the experiment rule for the Si Mo furnace is developed.
温度系统是一类较难控制的对象，例如文中所述硅钼炉的温度控制问题，作者采用经验规则控制方法解决了这类对象的有效控制问题。
The relationship between temperature, carbon loss rate and compression strength of coke in the lumpish section of blast furnace was investigated.
重点研究焦炭在高炉块状带内的抗压强度与温度和反应程度的关系。
The temperature change of knitting needles during quenching in the mesh-belt furnace was simulated using the ANSYS software.
针对织针网带炉淬火，利用有限元分析软件ANSYS，对织针加热过程中的温度变化进行了模拟。
A house furnace prevents the interior of the house from reaching the temperature outdoors.
家用的取暖炉可用来防止室内温度降为室外温度。
Different structures can be made by varying the furnace temperature and using different treatments of the substrate.
通过调整炉温和基底处理方法可以制造不同的结构。
The furnace has the advantages of fast temperature rising, accurate temperature control and short furnace body as well as easy to operate.
该炉具有升温快，控温准确，炉子短，操作方便等优点。
By solving the mathematical model, the regulation on the temperature distribution of the furnace gas and slab in heat furnace was analyzed.
通过对数学模型的求解，研究分析了加热炉内炉气、板坯温度分布的变化规律。
The resistance furnace can be heated to very high temperatures, the supplies graphitizing furnace carbon materials, for example, can put the material heated to a temperature of more than 2500.
这种电阻炉可以把物料加热到很高的温度，例如碳素材料石墨化电炉，能把物料加热到超过2500。
The difficult problem of over-temperature for furnace wall was basically solved by furnace liner revamping, in terms of both the material and structure.
从炉衬材料和结构两个方面入手，对炉衬结构进行改造，基本解决了炉壁超温的难题。
To determine the temperature of heat treatment furnace is an important means to guarantee the workpiece quality, but heat exchange errors often occur in the temperature measurement.
热处理炉的温度测定，是保证工件质量的重要手段，而在温度测量中，普遍存在着换热误差。
The scattered coil - outlet - temperature (COT) and the unfixed temperature errors would influence severely the operation of cracking furnace and the ethylene yield.
各裂解炉管出口温度(COT)偏差的发散和误差的不确定，将对裂解炉操作和乙烯收率带来很大的影响。
The scattered coil - outlet - temperature (COT) and the unfixed temperature errors would influence severely the operation of cracking furnace and the ethylene yield.
各裂解炉管出口温度(COT)偏差的发散和误差的不确定，将对裂解炉操作和乙烯收率带来很大的影响。
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