Brian Pauw

2020 Paper #2: Self-assembled helices

2021-01-22 Brian Pauw 0

(In 2019, I stopped doing a post on every paper published due to workload and large numbers of papers that ended up with my name […]

2020 Paper #1: 3D-printed gold and silver nanoparticle composites

2021-01-04 Brian Pauw 0

(In 2019, I stopped doing a post on every paper published due to workload and large numbers of papers that ended up with my name […]

Poster excerpt. Full poster here: https://lookingatnothing.com/wp-content/uploads/2020/09/Poster5.pdf

Poster: “The Bells and Whistles: a workflow to get excellent experiments out of (lab) X-ray scattering instruments”

2020-09-30 Brian Pauw 3

For last week’s online S4SAS workshop, I had prepared a poster detailing a little the steps we do to get the highly reliable data out […]

What was it like for the MAUS in 2019 (and the first half of 2020)

2020-07-22 Brian Pauw 0

A little later than planned, but just like we did last year: here’s some stats on how Glen and I have occupied the MAUS instrument […]

LOL: Lots of Lectures

2020-05-20 Brian Pauw 0

During these lockdown times, we are hard at work to keep you in touch with scattering. In particular, about half of the lectures of the […]

Better with Scattering lectures are coming to you online…

2020-04-01 Brian Pauw 0

Hello everyone. To help you keep the scattering spirit alive in these trying times, I am making the lectures of our recent “Better with Scattering” […]

http://commons.wikimedia.org/wiki/File:Microphone.JPG

New online lecture series: #theLightStuff

2020-03-24 Brian Pauw 0

I’m very excited to announce a new online lecture series that we are starting after the success of last week’s online Better with Scattering workshop. […]

You need to be at least this high to enter the ride... Total MAUS background signal levels (combined from measurements using different instrument configurations) that your analyte scattering must exceed. To use these figures, simulate your analyte scattering in absolute units, multiply with your sample thickness in mm, and then compare the resulting simulated curve with the above. The analyte signal should add at least 10% to the background signal.

Now you see me, now you don’t: detectability in SAXS

2020-02-19 Brian Pauw 0

Detectability of your analyte in scattering experiments, i.e. whether or not you can detect the scattering from the bit of your sample that you’re interested […]