…Ultrasonic Acoustic Levitator Ultrasonic Acoustic levitator (Tec5 AG, Germany) operating at 100 kHz. Approximately initial diameter of the droplet 1.6mm, i.e 2-3 mL injected manually/individually by Hamilton syringes (100 or 10…
X‐ray imaging approaching the low nanometer range is one of the most rapidly and strongly developing areas at all modern synchrotrons, e.g., ESRF, PETRA III, APS, Soleil or NSLS II….
…about conditions for purchasing your own place. Information about schools and pre-schools including applications, the Swedish queue system, as well as help contacting schools and setting up visits. Orientation about…
Photon energy 30 – 1500 eV Polarizations Linear horizontal Linear vertical (energy minimum approx. 45 eV) Circular (under commissioning) Resolving power Typically about 5000 (at 400 eV). Under special circumstances…
…from call closure, until a final result is approved by MAX IV management, and the decisions are sent out to all applicants. 0. Communicate with beamline staff Discuss the planned experiment…
…these vacancies may appear in a great variety of different motifs. This makes borophene a highly polymorphic material. An extra charge transfer to or from the borophene (e.g. via the…
…before. We can approach what has previously been unsolvable problems,” concludes Karis. Lund University is the host university for MAX IV and appoints the MAX IV Director. “I’m impressed with…
…different windows Approximate flux inside the AP cell (using Al window) Analysis chamber Base pressure 5e-10 mbar Sample manipulation X, Y, Z, rot (UHV manipulator X, Y, Z (AP cells)…
…to create this new environment is: conda create –name parseq_env We can activate the newly created environment now: conda activate parseq_env Installing ParSeq Download the source code of the core…
…hydrotreatment processes. The result is biofuel (shown on the far right). Credit: Sara Blomberg Catalysts are chemicals that promote reactions. Tackling the question, how can industrial catalysts efficiently transform lignin…