Examples of 'furnace temperature' in a sentence
Meaning of "furnace temperature"
furnace temperature - This phrase indicates the level of heat present in a furnace, typically measured in degrees Celsius or Fahrenheit, and crucial for various industrial or heating processes
How to use "furnace temperature" in a sentence
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furnace temperature
No data concerning furnace temperature given in report.
Sheathed thermocouples used to monitor furnace temperature.
Furnace temperature also affects iron oxide equilibrium.
Bright flame indicating high furnace temperature.
A lower furnace temperature giving a more viscous melt.
Initial internal furnace temperature.
The furnace temperature is reduced as is the corresponding combustion efficiency.
The scrap is used mainly to lower the furnace temperature.
Average furnace temperature.
The temperature then fell rapidly to the furnace temperature.
The furnace temperature was raised to a sufficient temperature to melt the monomer.
Increase in the drying rate by an increased lower furnace temperature.
The furnace temperature was then increased incrementally until full conversion of the fuel was achieved.
The two tests were carried out at the same furnace temperature.
The high furnace temperature and the firing transform the residual vitreous phase into cristobalite.
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Only a few reports mention if the prescribed furnace temperature tolerances are satisfied.
Control of the furnace temperature and of the rotation speed of the rotary furnace;.
The reason using a large number of burners is to obtain a good uniformity in furnace temperature.
The effect of furnace temperature on NO formation.
The cooling rate is controlled by a thermocouple which detects the furnace temperature of DSC.
Figure 3 is a diagram of a modified sintering furnace temperature cycle that includes an interruption during cooling.
The MWC can be evaluated to determine the NOx emissions levels following furnace temperature changes.
The information relating to the lower furnace temperature includes brick temperature of the belly, etc.
In addition, this mechanical pressure is adjusted as a function of the furnace temperature.
Furthermore, the furnace temperature may be set at a value above the maximum intended component temperature.
The apparatus comprises a rotating spindle operated at the furnace temperature where the fibre is wound.
The furnace temperature was then ramped from ambient to 500 ° C while maintaining the airflow.
Figure 2 is a diagram of a conventional sintering furnace temperature cycle.
Figure 1 is a graph of furnace temperature during testing of glass, against time,.
Once the peripheral sealing has been performed, the furnace temperature is decreased.
The calcination furnace temperature was heated at 2°C/min ( profile 4 ) under air to the final temperature.
Similarly, after each step is completed, the furnace temperature is gradually cooled.
The furnace temperature was ramped at 5 °C per minute until it reached a temperature of 350 °C.
The measuring assembly can also comprise a means 19 for measuring the furnace temperature.
Table 1, Rise in the furnace temperature as a function of time.
Then also non-ageing material is not obtained, even if the furnace temperature is low.
The combustion segments H1-H8 have respectively furnace temperature sensors 9 for detecting temperatures inside the furnace.
Thus, the decomposition is promoted, and thus the steam serves to hold the furnace temperature.
The reactor was heated to a furnace temperature of about 250°C . under a nitrogen purge.
Thus, monitoring the air supply en sures complete incineration and also limits the furnace temperature.
Increasing the furnace temperature above the silicon dioxide ( Si02 ) equilibrium temperature ;.
After 11 hours the temperature returned to the furnace temperature.
The furnace temperature is then increased to 1100C for approximately 1 hour to produce a homogeneous melt.
Beginning at approximately 20:50 on the time axis, there is an increase in furnace temperature.
The furnace temperature was increased from room temperature to a temperature of 1420°C over a 2-hour time period.
The pyrolytic decomposition temperature, 635°C, was maintained by a furnace temperature controller.
With this heating method a maximum furnace temperature of 1500 C can be achieved.
This problem becomes particularly severe when the furnace temperature exceeds 2200°F.
For most steels and irons of low carbon content, a furnace temperature of 1 250°C is sufficient.
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