Exact(1)
This latter can then find an interest in glass furnaces temperature measurement with spatiotemporal non-uniformities of emissivity, the control of biomass pyrolysis, the surface temperature measurement of buildings or heating devices, for example.
Similar(59)
Even when not recycled, sorted trash is easier for incinerators to burn cleanly, because the furnace temperature can be adjusted more precisely to minimize the formation of dioxin.
The first point is for no-calcined sample and the temperature is the furnace temperature.
During this process, the furnace temperature is adjusted to the desired experimental temperature.
The reactor temperature was measured as close to 700°C (the preset furnace temperature) using a thermocouple.
Oxygen (2.6 sccm) was added as the reactive gas when the furnace temperature reached 1,050°C.
The furnace temperature was set as 700°C with a nitrogen flow rate of 2 SLPM (Standard Liters per Minute).
The furnace temperature was increased to 1,050°C at a heating rate of 30°C/min.
The CH4 pump was turned off when the furnace temperature reached 700 °C.
The furnace temperature plays a crucial role in the lithography-free patterning.
Figure 3 displays the furnace temperature history implemented in this study.
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