Non-photochemical quenching is a protective mechanism that plants employ to dissipate excess light energy. Plants often absorb more light energy than they can process in photosynthesis ...

Scientists at Durham University have developed a theoretical framework to predict the efficacy of quenching of electrical pulses in excitable media, such as those found in the human heart.

The DIL805A (quenching) has high heating rates of up to 4000°C/s and cooling rates of 2500°C/s. The DIL805D (deformation) is characterized by deformation rates of 0.01 to 125mm/s. Text experiments are ...

The quenching dilatometers series are used to examine the heat treatment of steel and metal alloys to identify the heating rate, the quenching rate and the isothermal dwell times essential for ...

Scientists at Durham University have developed a theoretical framework to predict the efficacy of quenching of electrical pulses in ...