Scientists face challenge in identifying the radioactive materials which are found as dotted
images on various imaging plate (IP) autoradiographic photos of radioactively contaminated …

The effect of Ce on the oxidation behaviour and microstructure evolution of nickel-saving
austenitic heat-resistant cast steel in air at 900° C was investigated by performing the …

The importance of fuel chemistry has been revivaled since Fukushima Daiichi Nuclear
Power Station (FDNPS) accident. The inspection and analysis of damaged three units …

Here, we report an investigation of the gas–solid reaction between cesium hydroxide
(CsOH) and siliceous (calcium silicate) thermal insulation at high temperature, which is …

Stainless Steel 304 is being investigated for accident tolerant claddings. In this investigation,
we use multi-modal characterization to evaluate oxidation under laboratory air versus 100 …

The performance of V 2 O 3 is threatened as a result of relatively sluggish electrons/ion
transportation and structural pulverization in lithium-ion batteries. The rational design of the …

A large amount of radiocaesium-bearing microparticles (CsMPs) were released into
surrounding environment during the Fukushima Daiichi Nuclear Power Plant accident. To …

ABSTRACT A more accurate cesium hydroxide (CsOH)-chemisorption model is required to
improve the estimation of the Cs distribution in Fukushima Daiichi Nuclear Power Station by …

Utilising the oxyfuel practice for CH 4-fuelled combustion has positive effects on the
emissions, efficiency and cost of high temperature furnace practices. However, especially in …

For portable and wearable electronics, a flexible full battery can lead to tremendous
development. However, certain issues with the anode still exist, such as complexity, low …