Four pillars of innovation The development of LAUDA Universa was guided by four fundamental principles that define the future of laboratory temperature control: customisability, performance, ...

On its record-breaking pass by the Sun late last year, the Johns Hopkins APL-built Parker Solar Probe captured stunning images from within the Sun’s atmosphere. Taken closer to the Sun than we’ve ever ...

Pump-probe spectroscopy showed that low-temperature grown GaAs grown at a higher As pressure has a shorter carrier lifetime than that grown at a low As pressure for both as-grown and anneal conditions ...

Effective temperature management in rotary evaporators is crucial for optimizing solvent recovery and minimizing environmental impact in laboratories.

Introduction: This work describes the calibration of a laboratory plasma impedance probe, a diagnostic to accurately measure the plasma density using resonances in the self-impedance spectrum that are ...

The system was cured for 30 min at laboratory temperature and under atmospheric pressure using an LED of a 405 nm wavelength. The power of the irradiation source was 8 mW·cm –3. Cured resins were ...