The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile
The Journal of Physical Chemistry

@jphyschem

Editors of JPC L, JPC A, JPC B, & JPC C sharing physical chemistry research articles, analysis, news, & more—Part of the @ACSPublications portfolio of journals

ID: 1904680052

linkhttps://pubs.acs.org/doi/full/10.1021/acs.jpcc.3c01572?utm_source=pcm&utm_medium=twitter&utm_campaig calendar_today25-09-2013 16:03:52

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The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

🤔 What will #PhysicalChemistry look like in 50 years? 🤔 #ACSPhysChemAu tackles that question in a recent Virtual Special Issue! Read for free ➡ go.acs.org/cgR

🤔 What will #PhysicalChemistry look like in 50 years? 🤔 

#ACSPhysChemAu tackles that question in a recent Virtual Special Issue!

Read for free ➡ go.acs.org/cgR
The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

EOM-CC calculations of participator and spectator channels in resonant Auger spectrum of benzene highlight both the power and limitations of the methodology Nayanthara Jayadev Q-Chem USC Chemistry pubs.acs.org/doi/full/10.10…

The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

Congrats @panahachhillar for their first publication. Using DFT K R Justin Thomas (ஜேடி) OML_Lab@IITR @IITRoorkee explore TADF & RTP potential of phthalimide-carbazole conjugates across linkage/positional isomers go.acs.org/cjX

The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

This investigates the effects of alkali metal ions on vibrational dynamics of the DNA hydration shell. Ions and DNA create a confined environment for water molecules, reflected in vibrational spectra through the presence of isosbestic points ICTP go.acs.org/ck2

The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

Temperature dependent statistical analysis of coverage of a self-assembled monolayer using AFM reveals its molecule-molecule and molecule-surface interaction energies, which is otherwise possible only by theoretical methods Thiruvancheril G Gopakumar go.acs.org/ck9

The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

Simulating transmembrane protein assembly just got easier. Short, unbiased simulations offer insights into dimerization rates and mechanisms—no collective variables needed Roberto Covino go.acs.org/ckh

The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

This study shows that 2.7% Pd/Cu(111) SAA selectively hydrogenates 1,3-butadiene to butene (84% 1-butene) under industrially relevant reaction conditions at 380 K. The kinetics resemble pure Pd catalysts, achieving high activity and selectivity. go.acs.org/ckt

The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

Using ion mobility spectrometry and density functional theory, scientists from Julia Laskin Lab and @Argonne established a benchmark for theoretical studies, uncovering subtle structural changes in metal chalcogenide clusters caused by heteroatoms in the core. go.acs.org/ckG

The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

The first attempt of the coherent coupling between surface plasmon and volume surface polariton is demonstrated for enhancing Förster resonance energy transfer and reduction of lasing threshold, offering deep scientific insights for advanced devices. go.acs.org/ckU

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This article from FMEM Lab (Russian Academy of Sciences) and UrFU solves the problem of liquid Na/K alloy anode impregnation into porous copper matrix using uniform SnO2 coating deposited by ALD, that paves a way to highly durable potassium-ion batteries go.acs.org/ckY

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Nanoparticle colloids of RE2(Ce0.2Zr0.2Hf0.2Sn0.2Ti0.2)2O7 (RE=Sm, Eu, Er) high-entropy oxide ceramics are synthesized by femtosecond laser ablation in ethanol based on two instantaneous photothermal & photomechanical mechanisms Benjy_Li 唐荣璟汐 go.acs.org/cl7

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This reports electrokinetic-driven propagation of metallic nanoparticles through nanoapertures.Uncharged particles are trapped when aperture is ~3.8 times Debye length due to double-layer overlap.Critical nanochannel length reveals purely diffusive effect go.acs.org/clh

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This paper reports for first time that combining four metals (Au, Cu, Pd, Ni) results in decahedral shape becoming most prominent & disorder appearing in the nanostructures. These unexpected yet significant findings align with the quote: More is different go.acs.org/clo

The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

🤔 What will #PhysicalChemistry look like in 50 years? 🤔 #ACSPhysChemAu tackles that question in a recent Virtual Special Issue! Read for free ➡ go.acs.org/cm9

🤔 What will #PhysicalChemistry look like in 50 years? 🤔 

#ACSPhysChemAu tackles that question in a recent Virtual Special Issue!

Read for free ➡ go.acs.org/cm9
The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

📢 New Special Issue from #JPCLetters and Executive Editor Juan Bisquert (Juan Bisquert) Materials, Physics, and Chemistry of Neuromorphic Computing Systems 💻 Read the issue ➡ go.acs.org/cwM

📢 New Special Issue from #JPCLetters and Executive Editor Juan Bisquert (<a href="/physolcell/">Juan Bisquert</a>)

Materials, Physics, and Chemistry of Neuromorphic Computing Systems 💻

Read the issue ➡ go.acs.org/cwM
The Journal of Physical Chemistry (@jphyschem) 's Twitter Profile Photo

📢 Photon Science is open for submissions and encourages manuscripts with impactful findings using photon, neutron, and electron facility techniques. Submit your work: go.acs.org/cxZ #CallForPapers

📢 Photon Science is open for submissions and encourages manuscripts with impactful findings using photon, neutron, and electron facility techniques.  

Submit your work: go.acs.org/cxZ 

#CallForPapers