Rongchun Zhang

Solid-State NMR spectroscopy
Polymer physics and polymer materials
MacroNMR:

[Rongchun Zhang @SCUT_ZhangLab]

Here is the link for our paper.
https://t.co/aMMqMI5RWI

[Rongchun Zhang @SCUT_ZhangLab]

Inspired by Perras's work, we successfully implemented multiplex phase cycling on the homo- and heteronuclear correlation experiment, enabling to obtain multiple 1H MQ/SQ and 13C-1H HETCOR spectra from a single experiment. Thanks to the great collaboration with Nishiyama-sensei.

[Magnetic Resonance News @nmr900]

Richard R. Ernst Prize Awarded to Professors Kuprov, Nielsen, Stoll and Vosegaard at @euromar2026

Award Highlights Outstanding Contributions to Magnetic Resonance Theory, Methods and Applications @bruker #NMRchat 🧲 https://t.co/IiIUK3NSe9

[Rongchun Zhang @SCUT_ZhangLab]

The efficiency of PDSD experiment at fast MAS is a bit low but still practical. Here, we proposed a modified PDSD experiment without a recycle delay (PDSD-WORD) to enhance the sensitivity per unit time.
Thanks to Kun for the hard work. https://t.co/ruUQz0kc6c

[Bruker @bruker]

Thanks for joining us in #Guangzhou, China, for our Magnetic Resonance Roadshow! It was a pleasure meeting you, exchanging insights in person, & connecting with both new & experienced users in the magnetic resonance community.
Learn more (page in Chinese): https://t.co/FPklOsl4f9

[Rongchun Zhang @SCUT_ZhangLab]

Nice collaboration of Prof. Liu and Prof. Yu from Shanghai Jiaotong University. The crosslinking structural information obtained from 1H MQ NMR is consistent with the model analysis of viscoelasticity in metallosupramolecular networks . 😀
https://t.co/OU3iXva9qk

[Magnetic Resonance News @nmr900]

TalTech @TallinnTech researcher Ago Samoson shares the 2026 Günther Laukien Prize @bruker @ENC_Conf for pioneering technologies in solid-state nuclear magnetic resonance (NMR) https://t.co/LpSchcKoW6 #NMRchat #NMR 🧲

[Rongchun Zhang @SCUT_ZhangLab]

@nmr900 I agreed. HTS seems to be the future, as long as the price can be reduced dramatically. :-)

[Rongchun Zhang @SCUT_ZhangLab]

Maybe it is the beginning of a new NMR era?

[Magnetic Resonance News @nmr900]

RT Superconducting Systems https://t.co/TpknbEfnab Learn about the advantages of Cryogen-free NMR at #ENC2026 @ENC_Conf or at https://t.co/5ELWDH9WsE #NMRchat 🧲

[Magnetic Resonance News @nmr900]

Magnetic Resonance Letters (Open access) Call for papers, Liquid-state NMR Studies on Biomacromolecules, Submission deadline 31 July 2026, Guest Editors Changlin Tian, Prof. Conggang Li, Prof. Bin Jiang https://t.co/Aog2lxXZyj #NMRchat 🧲

[Magnetic Resonance News @nmr900]

Superconductivity (open) A record-breaking 35.6 T: Innovative technology propels all-superconducting magnets into new frontiers of high-field research https://t.co/mTx729C2Ch #NMRchat 🧲

[Rongchun Zhang @SCUT_ZhangLab]

RIP🙏🙏🙏🙏🙏🙏

[Magnetic Resonance News @nmr900]

Lucio Frydman’s Post, A dear friend, as well as a first-rate scholar and a teacher-of-teachers, passed away last night. Rob Schurko, 55, had been fighting an uphill battle with pancreatic cancer for the last several months https://t.co/NYAS2hFDSt

[Rongchun Zhang @SCUT_ZhangLab]

Another nice collaboration with Prof. Xiaoliang Wang from Nanjing University. Using our recently developed CPPI-NOE sequence, we elucidated the heterogeneous structures and dynamic behaviors of poly(alkyl acrylate).
https://t.co/fbom71PMzU

[日本電子株式会社 / JEOL Ltd.【公式】 @JEOL_Japan]

Our paper has been published in "Physical Chemistry Chemical Physics"

It is a collaborative work with South China University of Technology. We have proposed high resolution 1H triple quantum (TQ) / 1H single quantum (SQ) solid-state NMR spectroscopy. The project was led by South China University of Technology.
▼Constant-time evolution enhances the resolution of triple-quantum NMR spectroscopy at fast MAS, Phys. Chem. Chem. Phys. 27 (2025) 20745-20753.
https://t.co/mqjeFqIQml

#SouthChinaUniversityOfTechnology #JEOL #NMR #SolidStateNMR #MASNMR

[Rongchun Zhang @SCUT_ZhangLab]

We further studied the impact of metal coordination on the structures and dynamics of EA-VI copolymers, using a combination of sophifisticated solid-state NMR techniques and mechanical tests. Thanks to the hard work of students.
https://t.co/wt5soQvtZb

[Rongchun Zhang @SCUT_ZhangLab]

We are actively looking for postdocs on solid-state NMR spectroscopy and polymers as well. Please do not hesitate to contact me if you are interested in our work. My email: zhangcr at https://t.co/Oz4lmXOHxW
Group：https://t.co/kyxD1kGyII

[Rongchun Zhang @SCUT_ZhangLab]

We are always trying to enhance the resolution of proton multiple-quantum dimensions. So far it seems constant-time evolution is the most convenient and easiest way, in despite of sacrificed signal sensitivity. Let's see what can further be done in future.
https://t.co/ohSQb1oled

[Bruker @bruker]

See you in Wuhan, China, on November 11-13, at the 6th Sino-French Symposium on Solid-State NMR in Materials Chemistry (第六届中法材料化学固体核磁共振研讨会).
Learn more (website in Chinese): https://t.co/oeGXwOWutg

#NMR #SolidStateNMR #MaterialsChemistry

[Rongchun Zhang @SCUT_ZhangLab]

Nice collaboration with Prof. Xiaoliang Wang from Nanjing University. Solid-state NMR is applied to elucidate the enhanced molecular motions of rings in the stretched slide-ring elastomers. Congratulations to all!
https://t.co/WCqfvX1fsV

[J. Am. Chem. Soc. @J_A_C_S]

De Novo Structure Determination of Covalent Organic Frameworks by NMR Crystallography | Journal of the American Chemical Society https://t.co/3qIfRIesDY