Sentence examples for kiln surface from inspiring English sources

As an alternative to traditional energy recovery methods, the possibility of recovering radiant heat lost through the kiln surface has been proposed in the literature.

From the size and rate of change of the Euclidean distance of the temperature characteristic vector between standard and measured specimen in pattern recognition, the size and rate of change of the kiln surface temperature can be measured and the working condition of alumina rotary kiln can be forecast.

The traditional kilns (surface, low-coast, hillsides) are of low yield (27%), without carbonization temperature control, and are high polluters of the atmosphere [20].

This reduction results in turn in less heat being absorbed by the granular material bed, effectively reducing the amount of material liquid phase prone to sticking to the kiln's surface and to forming rings.

On the fourth day following spawning, the first D. cylindrus settler was observed in Treatment 1 on the pre-cured surfaces (kiln stilts, i.e., ceramic tripods, which were pre-cured for two months in a flow-through aquarium system to develop communities of crustose coralline algae; Figure  5).

The lateral surface of the kiln is covered by an isolating lining of refractory material.

Application of the Tsunakawa Shaw method to the samples showed that those obtained from the floor surface of the kiln provided accurate archeointensity results.

The thermocouples were connected to the data logger and were used to monitor the temperature on the mortar surface and the kiln air as shown in Fig. 1.

A total of 8 specimens for the Tsunakawa Shaw method and 16 specimens for the IZZI-Thellier method, from 8 baked clay blocks, collected from the surface of the kiln were used in these experiments.

To improve solar reflectance of these surfaces usually both polymeric paint on the final product or ceramic glazes applied directly on the granules surface through rotary kiln are used.

In this work a mathematical model for sizing and performance estimation of a heat exchanger recovering waste heat from the external surface of rotating kilns is developed.