Abstract Laser-Induced Breakdown Spectroscopy (LIBS) is in a stage of great vitality as an
analytical technique. In the past few years, significant advances have been made in the area …

Laser-induced breakdown spectroscopy (LIBS) is a promising element detection technique
that has been rapidly developed for use in various applications, including the biomedical …

The interfacing of measurement instrumentation to small computers for the purpose of online
data acquisition has now become standard practice in the modern laboratory. Computerized …

The potential of ultrafast lasers (pico-to femtosecond) in orthopedics-related procedures has
been studied extensively for clinical adoption. As compared to conventional laser systems …

In laserosteotomy, it is vital to avoid thermal damage of the surrounding tissue, such as
carbonization, since carbonization does not only deteriorate the ablation efficiency but also …

Bone drilling is a well-known internal fixation procedure to drill a hole, fixing the bone
fragments to reduce the susceptibility of permanent paralysis. The success of bone drilling is …

Creation of sub-epithelial voids within scarred vocal folds via ultrafast laser ablation may
help in localization of injectable therapeutic biomaterials towards an improved treatment for …

For analyzing the phosphorus (P) element in water, a liquid aerosol is used as a sampling
method of laser-induced breakdown spectroscopy (LIBS). To further improve the detection …

An analytical model is presented that qualitatively describes the cooling of a biological
tissue after irradiation with short and ultrashort laser pulses. The assumption that the …

Ultrafast lasers are promising tools for surgical applications requiring precise tissue cutting.
Shallow ablation depth and slow rate as well as collateral damage are common barriers …