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I crunch for Ukraine

Read this.

Wow :)

"Dear Volunteers,

The project is completely maintained by me. I do not have server. But going to create one on ARM CPU (ODROID-U2 developer board) in a few month. Right now the project physics@home is installed on my desktop. So, I have to shut down it for night. So I kindly ask please do not detach from the project.

Thanks in advance! I appreciate it!

Have a nice day!

Kuzmenko Vasyl!"

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The projects goals are in Solid-State Physics, Material Science, Optics and Chemistry. The scientific research in these fields is currently in the experimental stage with a theoretical focus. Research is being conducted at Los Alamos National Laboratory (LANL [NM,US]), Clarkson University [NY, US], National Technical University of Ukraine “Kyiv Polytechnic Institute” (NTUU “KPI” Kiev, Ukraine) and elsewhere, due to their great relevance to the world-wide effort in the clean renewable energy arena.

Sintering:

This project is research in the well known physical phenomena of Sintering. Sintering is a technique of consolidating powder compacts by use of thermal energy. This technique is one of the oldest human technologies, originating in the prehistoric era with the firing of pottery. These days, sintering is widely used to fabricate bulk ceramic components and powder metallurgical parts. This is important technology, and is used for building solar-cell and other nano-electronic devices. Greater sintering homogeneity leads to higher quality. One goal of the project is to optimize sintering homogeneity for different sizes, temperature profile and other physical conditions.

Diffusional Growth:

The process of Diffusional Growth produces catalysts. Catalytic powder consists of nano-particles that in bulk have a large active surface. People use platinum, gold, plus other nano-particles on gas vehicles or aeroplane engines as an industrial application. In general, where there exists a chemical reaction of oxidation, these free energies will be used for daily needs. Developing core-shell systems can significantly improve activity of the catalyst, i.e. productivity of oxidation reactions. Environmental pollution, as a by-product of oxidation, is significantly less than it otherwise would be, without using a catalyst. Additionally, Nano-particles could sinter and/or decrease their surface which will cause less chemical activity. We have to investigate methods and possibly improve this technology. It will enable chemical reactions to be more productive.

Quantum chemistry:

The wide range of numerical experiments can optimize the geometry of a molecule, or simulate adiabatic or non adiabatic molecular reactions. Simply, this method allows us to simulate very short chemical reactions (~10^-12 seconds), where the experimental part is quite expensive to do in reality. Some of the methods are very computationally demanding for large systems, especially when precision of calculations are an important factor of the reaction.

A project physics@home is completely development by Ph.D Student Kuzmenko Vasyl. The Project is devoted to physic

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Dear Volunteers, The project will be moving to new hosting, as soon as all the tasks currently in progress are completed and returned. In the meantime there will be no new WUs given out until the migration is complete. The migration itself will not take long, as the process is fairly simple. Thank you for your patience and understanding! Project Management.

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