GitHub - benMRmagnet1/SSNMR-Calculator
Contribute to benMRmagnet1/SSNMR-Calculator development by creating an account on GitHub.
Just released the second version of BenMR. It now includes a Python toolkit that co-adds CPMG echoes to generate continuous lineshape spectra from SSNMR data. Compatible with Bruker TopSpin.
I lost access to my old Github. This is my new one:
π github.com/benMRmagnet1...
#NMRchat #SSNMR
05.08.2025 19:13 β π 2 π 1 π¬ 0 π 0
I'm happy to release my first version of BenMR, a software toolkit that performs some common calculations used in solid-state NMR. It is written in Python and can be installed as a Windows app. It is available on my GitHub page:
πhttps://github.com/benMRmagnet/SSNMR-Calculator
#NMRchat #SSNMR
07.06.2025 00:55 β π 5 π 2 π¬ 1 π 0
Grassley has responded to my letters. Joni never has, besides something generic.
01.06.2025 16:38 β π 0 π 0 π¬ 0 π 0
I asked ChatGPT to generate an image of me based on its memory. When I told ChatGPT I don't smoke cigarettes, it subbed in a cigar. π€ I guess AI thinks smoking is sophisticated.
At least it got the NMR magnet right, though! And yes, reading The Economist is one of my hobbies. #ssnmr
18.05.2025 02:09 β π 1 π 0 π¬ 0 π 0
It's an interesting way for the Executive Branch to revisit the Impoundment Control Act, to say the least. Although there are probably more efficient avenues to do that.
10.05.2025 03:22 β π 0 π 0 π¬ 0 π 0
05.05.2025 20:47 β π 3 π 1 π¬ 0 π 0
Rapid Acquisition of 103Rh Solid-State NMR Spectra by 31P Detection and Sideband Selective Methods
103Rh solid-state nuclear magnetic resonance (SSNMR) spectroscopy is potentially a powerful method for investigating the molecular and electronic structure of rhodium compounds. However, 103Rh is a di...
Check out my new paper with @aaronrossini.bsky.social in @jacs.acspublications.org. We show that 103Rh SSNMR MAS spectra can be acquired in minutes to hours by using 31P{103Rh} J-resolved and J-HMQC sideband selective experiments at slow MAS frequencies. #SSNMR #nmrchat
16.04.2025 20:02 β π 13 π 3 π¬ 0 π 0
Inorganic & materials chemist. Veracruzano π¦π΄β°οΈ turned prairie dweller π¦¬π½πͺοΈ. I care about family, education, people, and the environment. Views & opinions my own.
Magnetic Resonance for the masses
CSO @ Resonate Bio | Vienna - Austria
π§² NMR Spectroscopy in Drug Discovery and Design | Structural Chemistry | Molecular Recognition
Surface & Interfacial Chemistry @ ETH Zurich | CH, DE
Research Focus on Coordination Chemistry, Heterogenous Catalysis, NMR Spectroscopy & Computational Chemistry
A chemist working in Belgium at @UNamur. Manager of #NMR Facility. I enjoy exploring liquids and solids by Nuclear Magnetic Resonance. Music lover
Official account of Ames National Laboratory, a Department of Energy Lab focusing on materials and energy solutions and a proud partner of Iowa State University. For the most recent updates, please meet us on LinkedIn.
An acolyte of quantum control and a dealer of designer pulse sequences. PhD in the NMR of nuclear singlet states from the Levitt group. www.sabba.me/nmr
Assistant Professor of Chemistry @SMU
https://people.smu.edu/daslab/
Postdoc in Solid-State NMR at Ames National Laboratory
Solid-state NMR, Zernike Institute, university of Groningen. Posts = personal. Spectroscopy, biochemistry, structural biology, amyloid &
condensates, Huntington disease, membrane biophysics, biomaterials etc
Scientist @ Ames National Lab. Specialize in organometallic and surface organometallic chemistries. Opinions are my own.
I love giant magnets.
She/her
My opinions are trash and fully my own.
1. A blog to help chemists find jobs. (chemjobber.com) 2. Towards a quantitative understanding of the quality of the chemistry job market
Professor of Chemistry at Iowa State University and Faculty Scientist at Ames National Lab.
Solid-state and DNP NMR Research Group | Metal Halides | Chalcogenides | Energy Materials | Physical Chemistry | Harvesting | Storage | Perovskites | Kesterites | Chemistry Centre Magnetic Resonance
https://michaelis.chem.ualberta.ca
I am a bot that posts recent papers about Nuclear Magnetic Resonance, Electron Paramagnetic Resonance and Dynamic Nuclear Polarization. If you have question/comment ask @dnpfred.bsky.social
Solid state NMR spectroscopist, using electrons to polarize nuclei for understanding how functional materials work at the Leskes lab, Weizmann Institute
http://www.weizmann.ac.il/materials/Leskes/
The largest & highest-powered magnet lab in the world, the National MagLab hosts more scientists from around the globe to advance our understanding of materials & new technology, energy, health, the environment.
Brukerβs high-performance scientific instruments and high-value analytical and diagnostic solutions enable scientists to explore life and materials at molecular, cellular, and microscopic levels.