The existence of signal uncertainty remains the biggest obstacle in quantitative chemical
analysis of laser-induced breakdown spectroscopy (LIBS), in which the original signal …

The simplicity and low-cost way to improve qualitative and quantitative analytical
performance has always been a crucial concern for laser-induced breakdown spectroscopy …

The rapid and ultra-sensitive detection of trace elements in liquid is a primary concern for
researchers. In this study, a partial Leidenfrost effect superhydrophobic (PLSHB) array …

In order to enhance the stability and lower the detection limit of Laser-Induced Breakdown
Spectroscopy (LIBS) technology, gelatin was introduced into the test solution in this study to …

The sensitive and stable detection of trace heavy metals in liquid is crucial given its profound
impact on various aspects of human life. Currently, nanoparticle-enhanced laser-induced …

We have previously shown the design and fabrication studies of 3-D micro-structured
surfaces, to be used as a sample loading substrate for liquids analysis via dried-droplet LIBS …

Inkjet-printing of functional material is a well-known drop-on-demand technology used in a
wide range of modern applications, such as flexible electronics, biomedical testing, etc. It …

The detection of heavy metals in soil is of great scientific significance for food security and
human health. However, traditional detection methods are complicated, time-consuming …

Nowadays, high-stable and ultrasensitive heavy metal detection is of utmost importance in
water quality monitoring. Nanoparticle-enhanced laser-induced breakdown spectroscopy …

Characterization of coatings is an extremely vast area encompassing physical, chemical,
optical, thermal, and mechanical techniques. This chapter focuses on the plethora of …