For a while now I’ve been dying to share some of the new nanostructures I’ve discovered during ion-assisted vapor deposition of CI(G)S thin films. My paper was published in the Journal of Applied Physics last fall (sorry for the blog outage over the winter-break). The paper is titled: “Nanostructured light-absorbing crystalline CuIn(1–x)GaxSe2 thin films grown through high flux, low energy ion irradiation;” http://dx.doi.org/10.1063/1.4823987. There are a lot of unanswered questions about the work that leaves me dreaming up different solutions to how these films are growing. Read More
Tag Archives: Thesis Writing
My New Nanostructured CI(G)S Light-Absorbing Thin Films Published in JAP
Automatic USB Key Backups Using Rsync
For Christmas, my awesome brother (Donnie) got me a decently sized LaCie Iamakey [Amazon] along with a few other awesome items. He remembered it from a year or two ago on an old list! Total surprise, and a great one. I’ve been eye-ing one for a while since I’m in need of multiple backups of my research work and thesis writing.
I do do manual backups, and in particular have a drive mirrored using rsync in osX so that it’s bootable (old computers and poor grad-students tend to make for older hard-drives). However, I wanted something a bit faster and easier to use. I wanted an automatic (or semiautomatic) backup of critical writings or data.
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Software For Scientists: Engauge Digitizer
In the time I’ve been doing my research work at the Univ. of IL, I’ve come across a number of graphs from various past researchers, older papers, stuck on the side of machines (calibration curves), and even hand-drawn or chart-recorder graphs in my numerous projects. The only major problem with those graphs I’ve found is that they aren’t in a digital form for further use with other data (instrument response functions) or to include in your own work as a reference. So, what to do?
Well, there’s an easy solution. It’s not the perfect solution, as it’s a bit slow, I’ll get to that in a second, but it’s a great solution to the problem, and has worked for me a number of times now. To top it off, it’s open-source, donation-ware, and cross-platform: Engauge Digitizer (see post at LifeHacker.com). Don’t let the website and lack of recent updates deter you. Tools that can do what Engauge does are few and far between. So, it is definitely worth a try. Here’s an example of how I’ve used it just the other day (prompting this post- I’ve used it for years now, but the recent use reminded me I should share it with others). [click "More" to see an example use and learn more]
LaTeX Tip: NewCommand
For those friends of mine currently attempting to work in LaTeX to code Materials Science and Engineering related tidbits…
Here’s a quick tip. Tired of typing all those crazy math commands for your material’s name? Simply use a new command. Here’s are a couple examples…
%Simpler way of writing CUINSE2: \newcommand{\cis}{CuInSe$_{2}$} %Simpler way of writing CUINGASE2: \newcommand{\cigs}{CuIn$_{(1-x)}$Ga$_{x}$Se$_{2}$} %Simpler way of writing CUGASE2: \newcommand{\cgs}{CuGaSe$_{2}$}
To see how this looks in compiled LaTeX output and another example, click “More”…
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