This work demonstrates also the use of the graphical Vmin tool which can be used to visualize the minimum boilup requirement for Petlyuk arrangements.
We demonstrate also its effectiveness using measured data from the multichannel radar measurements (MCARM) program.
Detection of single biomolecular binding events was also demonstrated using nanoparticles as labels.
Dual-layer metal-ceramic coatings are also demonstrated using the sputter deposition technique.
The possibility of sequential drug delivery is also demonstrated using biodegradable polymer plug in microchannels.
Direct splitting of seawater to produce H2 and O2 is also demonstrated using Rh2−yCryO3-loaded (Ga1−xZnx)(N1−xOx) catalyst under visible light.
Chemical-looping reforming for synthesis gas production was also demonstrated using kerosene and the Ni-based oxygen carrier.
The effectiveness of UMPCA is also demonstrated using a case study for analyzing vehicle ingress test data.
The applied algorithm was also demonstrated using two different model phones, iPhone 5 (8 MP camera) and Samsung I5500 Galaxy 5 (2 MP camera), therefore proving interphone adaptability.
They also demonstrated using SEM and X-ray photoemission spectroscopy analyses that oxygen vacancies existed in the WO3 - x nanowire network but not in the WO3 nanowire network.
