Ye Sha

Professor，Nanjing Forestry University，focusing on polymer mechanochemistry and depolymerization.

[Ye Sha @ShaPolymer]

So thrilled to highlight Prof @HaoSun01977255 awesome work! A breakthrough in unlocking strained monomers for chemically recyclable polymers via an entropy-driven strategy. @TrendsChemistry

[Trends in Chemistry @TrendsChemistry]

Online now: Entropy-driven chemically recyclable polymers from strained monomers https://t.co/nrkwJ4KQGV

[Ye Sha @ShaPolymer]

Check out our latest work in @angew_chem : a renewable cyclic enoate monomer design for regioselective and stereoselective ROMP @Olef_Metathesis , yielding highly crystalline, chemically recyclable polyolefins/polyesters.
https://t.co/TTn1fNMzgv

[Ye Sha @ShaPolymer]

@anisorgchem Nice work! Congrats!

[Ye Sha @ShaPolymer]

Thrilled to spotlight Prof @KulikGroup breakthrough in screening mechanophores using machine learning @TrendsChemistry

[Trends in Chemistry @TrendsChemistry]

Online now: AI-accelerated screening of mechanophores https://t.co/hDUlnXN0RZ

[Ye Sha @ShaPolymer]

Glad to share our latest Perspective article, “Chemical recycling of thermoplastic elastomers”, published in ACS Polym. Au@MacroJrnls_ACS and featured as the front cover.
https://t.co/3MEHL6lPoX
@ACSPublications #MyACSCover

[Ye Sha @ShaPolymer]

@The_InnovationJ Thanks for posting our work!

[Ye Sha @ShaPolymer]

@Olef_Metathesis @ACSMacroLett Thank you for sharing our work!

[Ye Sha @ShaPolymer]

@Hai_Qian @angew_chem Congrats！Very nice design.

[Ye Sha @ShaPolymer]

Please check out our latest work published in @MacroJrnls_ACS , we utilized time-resolved FRET to quantitatively characterize polymer chain conformation under nanoconfinement.
https://t.co/UuqNCkixQC

[Ye Sha @ShaPolymer]

@YouxinFu @NatureComms @JunfengZhou2019 @HaoSun01977255 Thank you Youxin!

[Ye Sha @ShaPolymer]

Please check out latest work @NatureComms Biorenewable and chemically recyclable polyolefin thermoplastic elastomers. https://t.co/4K6N3gayfm. Truly grateful for the constructive suggestions and comments from Prof. @JunfengZhou2019 and Prof. @HaoSun01977255

[Ye Sha @ShaPolymer]

@Yajun_Zhao0812 @NatureComms @JunfengZhou2019 @HaoSun01977255 Thank you Yajun!

[Ye Sha @ShaPolymer]

@JunfengZhou2019 @NatureComms @HaoSun01977255 Thank you Junfeng!

[Ye Sha @ShaPolymer]

@HaoSun01977255 @NatureComms @JunfengZhou2019 Thank you Hao!

[Ye Sha @ShaPolymer]

@Yajun_Zhao0812 @sjtu1896 @UTokyo_News @JunfengZhou2019 Big congrats!

[Yajun Zhao @Yajun_Zhao0812]

Interested in degrading polyethylene via mechanochemistry?
Please check out my latest paper of Polyethylene Materials with Tunable Degradability by Incorporating In-chain Mechanophores @J_A_C_S!
https://t.co/tre8OnMr2u

[Ye Sha @ShaPolymer]

Glad to share our recent work on carborane - embedded polyethylene with superior thermomechanical properties than HDPE.

https://t.co/MNRqUvOsaD

[Ye Sha @ShaPolymer]

Congrats to Yuanming and his co-workers. Very nice combination of CPP chemistry and metallocene chemistry.

[ACS Macro Journals @MacroJrnls_ACS]

Side-Chain Type #Ferrocene Macrocycles

By Songhua Chen, Yaofeng Yuan, Kenichiro Itami, Yuanming Li et al @Fuzhou_Uni @Itamilab @NagoyaUniv

🔓 Open access in Precision Chemistry 👉 https://t.co/1SZ0rxEIfr

[Ye Sha @ShaPolymer]

@GroupRendina @MacroJrnls_ACS @PolymerNano @SydneyChemistry Very comprehensive and nice review on carborane - containing polymers!

[Ye Sha @ShaPolymer]

@PolymChem Thanks for your promotion of our work!