Joachim Schnadt: What’s inside? Atomic layer deposition studied in real time скачать в хорошем качестве

Joachim Schnadt: What’s inside? Atomic layer deposition studied in real time

As part of the joint ESS - Max Iv Laboratory science talks, we hear from Max Iv's very own Professor Joachim Schnadt on 'What’s inside? Atomic layer deposition studied in real time.' Atomic layer deposition is a method for growing ultrathin films of material in a highly controlled fashion. The technique has tremendous significance in semiconductor technology used to produce the digital devices that we all use on a daily basis. Moreover, its importance in the manufacturing of a wide range of materials such as for batteries, catalysts, solar cells and many others is growing rapidly. At the same time, our understanding of the chemical processes behind atomic layer deposition is extremely limited – essentially, we don’t know properly how it works. In the presentation I’ll outline how synchrotron based in situ x-ray experiments can provide us a direct glimpse into the chemistry of atomic layer deposition. About the Joint ESS – MAX IV Science Colloquia: Co-organised by MAX IV Laboratory and ESS, the aim of these colloquia is to bring the science made possible by neutrons and synchrotron radiation into focus, and to bring people at ESS and MAX IV and the local science community together. They are held every month, with the venue alternating between MAX IV and ESS. Always on a Wednesday, always at 15:15 – and always with coffee and sweets served at 15:00. Due to the need for social distancing we are temporarily shifting the colloquia to a web-based platform, and although we will miss the face-to-face interaction we hope that this can attract a wider audience than usual!