{overleaf template gallery}Community articles — Recent

Design and Implementation of distributed and fault-tolerant cellular core network

upnmthesis is a LaTeX class for authoring theses that fulfill formatting specifications required by Universiti Pertahanan Nasional Malaysia (UPNM). This class and template was commissioned by the university's Centre of Graduate Studies in April, 2016, for both undergraduate and postgraduate theses. A sample file sample-thesis.tex, as well as relevant sample chapters, are included in the package. upnmthesis is available as a template on Overleaf which I recommend you modify for your own thesis write-up. (You can rename it, but I'll stick with the file name sample-thesis.tex throughout this guide.) The latest version of this template can also be downloaded from my website.

Abid Nawaz Khan's Europass CV

Dit is een Nederlandstalige bijdrage vanwege Ludo Poelaert, UGent. In deze korte tekst wordt een inleiding tot de taal R gegeven. U mag de tekst vrij gebruiken onder het Creative Commons CC BY 4.0 . Succes ermee.

TEP4160 lab report

Bachelor thesis on Upscaling the extracellular glucose oxidase production in Aspergillus niger var tubingensis strain Ed8 Grade: ~95% Abbreviation system included.

Colorectal cancer and phytochemicals

The research system in Germany

This report provides insight into the magnetic phenomenon of Hysteresis. Hysteresis is defined as a retardation effect where the magnetisation of a magnetic material lags behind the magnetizing force. Here we will explore the hysteresis loop for a silver steel ferromagnet and use this to discover it’s magnetic properties. The method used will be to place a ferromagnet inside a solenoid with an alternating voltage which will continually reverse the magnetic field and magnetism direction. The relation between these two quantities will be used to produce a hysteresis loop from which magnetic properties can be deduced. The results obtained were: saturation magnetisation = (8.4±0.5)(105)Am-1; remnant magnetisation = (5.9±0.5)(105)Am-1; coercive field: (4.3±0.5)(104)Am-1; energy expended per cycle per unit volume of material: (1.55±0.05)(103)Jm-3s-1; energy product: (8.7±3.0)(104)Jm-3.