Lignosulfonate, as the large-scale by-products from the sulfite pulping, converting them to
porous carbon is an alternative potential path. However, most sodium lignosulfonate (LS …

Thermal plasma pyrolysis of radioactive waste is a recommended technique to manage
large volume of combustible radioactive waste comprising of rubber and plastics. A lumped …

Due to the presence of tiny gaps at the interface of two layers of saturated soil, water
seepage occurs at a slower rate within these gaps, resulting in laminar flow at the interface …

A novel near field subsurface microwave imaging scheme is proposed by using a high gain
planar metasurface (MS) loaded slot antenna integrated with the synthetic aperture radar …

The early age hydration of ordinary Portland cement in 5 M borate solution, with or without
the addition of NaAlO 2 and/or NaOH, was investigated. Hydration was measured using …

Cement is widely used for the solidification of low-and intermediate-level radioactive waste
materials. Radioactive borate solution with a high concentration of boron is one of the main …

An automated microwave technique for the monitoring of hidden objects for strategic
applications has been presented. The proposed approach is quite novel as it implements …

Radioactive contaminated soil is a serious threat to environmental and health safety. In this
work, the simulated An 3+ radioactive contaminated soil samples were successfully …

Radioactive zeolite waste is a potential threat to human health and the living environment.
Therefore, the treatment and disposal of radioactive zeolite waste is an urgent problem to be …

Microwave technology is promising for managing radioactive waste and offers several
advantages over conventional methods. Utilizing microwave nondestructive and heating …