The nuclear industry will continue to develop rapidly and produce energy in the foreseeable
future; however, it presents unique challenges regarding the disposal of released waste …

The enrichment of radioactive iodine in the waste of nuclear industries threatens human
health, and thus the efficient capture of iodine has attracted a great deal of attention in recent …

The capture of radioiodine species during nuclear fuel reprocessing and nuclear accidents
is crucial for nuclear safety, environmental protection, and public health. Previously reported …

The ability to capture radioactive iodine species is crucial for nuclear accident preparedness
and nuclear waste treatment; however, it remains a challenge. Here we report a new readily …

Energy shortages and climate change call for the development of clean and sustainable
energy. The development of green materials for clean energy storage and conversion is …

Toxic and hazardous chemical species are ubiquitous, predominantly emitted by
anthropogenic activities, and pose serious risks to human health and the environment. Thus …

The number of studies on the capture of radioactive iodine compounds by porous sorbents
has regained major importance in the last few years. In fact, nuclear energy is facing major …

Air, water, and soil pollution devastate countless ecosystems and deteriorate human health.
Adsorption has commonly been used as a pollutant removal technique, but ongoing …

Conjugated porous polymers (CPPs) are a class of amorphous polymer networks that are, in
their design, fully cross-linked and fully π-conjugated. The cross-linked nature of CPPs …

To safeguard the development of nuclear energy, practical techniques for capture and
storage of radioiodine are of critical importance but remain a significant challenge. Here we …