Continuous and accurate depth information of blast furnace burden surface is important for
optimizing charging operations, thereby reducing its energy consumption and CO 2 …

The timely and accurate measurement of temperature field is of great significance for the low-
carbon and high-efficiency operation of the zinc oxide rotary volatile kiln (ZORVK). Due to …

In this paper, we propose a real scene acquisition and holographic near-eye display system
based on a zoom industrial endoscope. By controlling the driving current of the liquid lens …

Accurately capturing the burden surface information of a blast furnace (BF) is helpful to
adjust the burden distribution matrix and improve the gas flow distribution, which is essential …

The inverse calculation of burden distribution matrix (BDM) is one of the most important
challenges in the blast furnace operation in iron-making processes. In general, blast furnace …

An industrial endoscope can monitor the abnormal conditions of the blast furnace burden
layer by detecting the burden surface. Aiming at the problem of a small area of burden …

The blast furnace (BF) wall temperature field plays a key role in determining whether the
operation of the BF is efficient. However, it cannot be measured directly because the BF is …

Capturing the three-dimensional (3D) shape of the burden surface of a blast furnace (BF) in
real-time with high accuracy is crucial for improving gas flow distribution, optimizing coke …

Accurate and real-time 3D burden surface topography of a blast furnace plays an important
role in improving the gas flow distribution and optimizing the charging operation, and …

Burden distribution is one of the most important operations, and also an important upper
regulation in blast furnace (BF) iron-making process. Burden distribution output behaviors …