#pointdefects search results

Great opening of the #SNI2022 by Susan Schorr on #pointdefects and #neutrondiffraction! @HZBde

mascottoLAB's tweet image. Great opening of the #SNI2022 by Susan Schorr on #pointdefects and #neutrondiffraction! @HZBde

Controlled creation of point defects in three-dimensional colloidal crystals, Max P. M. Schelling and Janne-Mieke Meijer #PointDefects #ColloidalCrystal @JenneMikie @TUeTN @ICMStue go.aps.org/4e14Irs


🌡️ How does #humidity impact #TiO₂ ceramics? Researchers discovered that #PointDefects & interfacial polarization are key to humidity sensing & colossal #DielectricPermittivity. Discover the full impact on sensor tech 👇 doi.org/10.26599/JAC.2… #XPS #MaterialsScienc @kkunews

SciOpenTUP's tweet image. 🌡️ How does #humidity impact #TiO₂ ceramics?
Researchers discovered that #PointDefects & interfacial polarization are key to humidity sensing & colossal #DielectricPermittivity.

Discover the full impact on sensor tech 👇
doi.org/10.26599/JAC.2…
#XPS #MaterialsScienc @kkunews

PRB Editors' Suggestion: Excited-state geometry relaxation of #PointDefects in #monolayer #hexagonal #BoronNitride A. Kirchhoff, T. Deilmann, and M. Rohlfing Phys. Rev. B 109, 085127 ➡️ go.aps.org/3UMVurE #EdSugg #condmat #physics @APSPhysics

PhysRevB's tweet image. PRB Editors' Suggestion: Excited-state geometry relaxation of #PointDefects in #monolayer #hexagonal #BoronNitride

A. Kirchhoff, T. Deilmann, and M. Rohlfing
Phys. Rev. B 109, 085127

➡️ go.aps.org/3UMVurE
#EdSugg #condmat #physics @APSPhysics

#ScanningTunnelingMicroscopy characterization and DFT calculations enable the identification and manipulation of atomic and electronic structures of #PointDefects in a single van der Waals monolayer of SnSe. @hkust #OpenAccess: go.acs.org/aQz

acsnano's tweet image. #ScanningTunnelingMicroscopy characterization and DFT calculations enable the identification and manipulation of atomic and electronic structures of #PointDefects in a single van der Waals monolayer of SnSe. @hkust

#OpenAccess: go.acs.org/aQz

From @MRSBulletin: The predicted macroscopic power density response as a function of furnace temperature and time is a result of the interactions of #PointDefects with the particle–particle contacts and internal surfaces. #FlashSintering @LifeAtPurdue qoo.ly/3aqrgf


From the MRS Bulletin: The predicted macroscopic power density response as a function of furnace temperature and time is a result of the interactions of #PointDefects with the particle–particle contacts and internal surfaces. #FlashSintering @LifeAtPurdue qoo.ly/3aqrgb


MRS Bulletin article considers the question: Can present models of #PointDefects in solids be used to interpret the experimental data and provide predictive power? #HalidePerovskites #MaterialsScience #perovskites @WeizmannScience qoo.ly/36wr3k


June MRS Bulletin article considers the question: Can present models of #PointDefects in solids be used to interpret the experimental data and provide predictive power? #HalidePerovskites #MaterialsScience #perovskites @WeizmannScience qoo.ly/36q6nk


🌡️ How does #humidity impact #TiO₂ ceramics? Researchers discovered that #PointDefects & interfacial polarization are key to humidity sensing & colossal #DielectricPermittivity. Discover the full impact on sensor tech 👇 doi.org/10.26599/JAC.2… #XPS #MaterialsScienc @kkunews

SciOpenTUP's tweet image. 🌡️ How does #humidity impact #TiO₂ ceramics?
Researchers discovered that #PointDefects & interfacial polarization are key to humidity sensing & colossal #DielectricPermittivity.

Discover the full impact on sensor tech 👇
doi.org/10.26599/JAC.2…
#XPS #MaterialsScienc @kkunews

#ScanningTunnelingMicroscopy characterization and DFT calculations enable the identification and manipulation of atomic and electronic structures of #PointDefects in a single van der Waals monolayer of SnSe. @hkust #OpenAccess: go.acs.org/aQz

acsnano's tweet image. #ScanningTunnelingMicroscopy characterization and DFT calculations enable the identification and manipulation of atomic and electronic structures of #PointDefects in a single van der Waals monolayer of SnSe. @hkust

#OpenAccess: go.acs.org/aQz

Controlled creation of point defects in three-dimensional colloidal crystals, Max P. M. Schelling and Janne-Mieke Meijer #PointDefects #ColloidalCrystal @JenneMikie @TUeTN @ICMStue go.aps.org/4e14Irs


PRB Editors' Suggestion: Excited-state geometry relaxation of #PointDefects in #monolayer #hexagonal #BoronNitride A. Kirchhoff, T. Deilmann, and M. Rohlfing Phys. Rev. B 109, 085127 ➡️ go.aps.org/3UMVurE #EdSugg #condmat #physics @APSPhysics

PhysRevB's tweet image. PRB Editors' Suggestion: Excited-state geometry relaxation of #PointDefects in #monolayer #hexagonal #BoronNitride

A. Kirchhoff, T. Deilmann, and M. Rohlfing
Phys. Rev. B 109, 085127

➡️ go.aps.org/3UMVurE
#EdSugg #condmat #physics @APSPhysics

Great opening of the #SNI2022 by Susan Schorr on #pointdefects and #neutrondiffraction! @HZBde

mascottoLAB's tweet image. Great opening of the #SNI2022 by Susan Schorr on #pointdefects and #neutrondiffraction! @HZBde

From @MRSBulletin: The predicted macroscopic power density response as a function of furnace temperature and time is a result of the interactions of #PointDefects with the particle–particle contacts and internal surfaces. #FlashSintering @LifeAtPurdue qoo.ly/3aqrgf


From the MRS Bulletin: The predicted macroscopic power density response as a function of furnace temperature and time is a result of the interactions of #PointDefects with the particle–particle contacts and internal surfaces. #FlashSintering @LifeAtPurdue qoo.ly/3aqrgb


MRS Bulletin article considers the question: Can present models of #PointDefects in solids be used to interpret the experimental data and provide predictive power? #HalidePerovskites #MaterialsScience #perovskites @WeizmannScience qoo.ly/36wr3k


June MRS Bulletin article considers the question: Can present models of #PointDefects in solids be used to interpret the experimental data and provide predictive power? #HalidePerovskites #MaterialsScience #perovskites @WeizmannScience qoo.ly/36q6nk


No results for "#pointdefects"

#ScanningTunnelingMicroscopy characterization and DFT calculations enable the identification and manipulation of atomic and electronic structures of #PointDefects in a single van der Waals monolayer of SnSe. @hkust #OpenAccess: go.acs.org/aQz

acsnano's tweet image. #ScanningTunnelingMicroscopy characterization and DFT calculations enable the identification and manipulation of atomic and electronic structures of #PointDefects in a single van der Waals monolayer of SnSe. @hkust

#OpenAccess: go.acs.org/aQz

Great opening of the #SNI2022 by Susan Schorr on #pointdefects and #neutrondiffraction! @HZBde

mascottoLAB's tweet image. Great opening of the #SNI2022 by Susan Schorr on #pointdefects and #neutrondiffraction! @HZBde

🌡️ How does #humidity impact #TiO₂ ceramics? Researchers discovered that #PointDefects & interfacial polarization are key to humidity sensing & colossal #DielectricPermittivity. Discover the full impact on sensor tech 👇 doi.org/10.26599/JAC.2… #XPS #MaterialsScienc @kkunews

SciOpenTUP's tweet image. 🌡️ How does #humidity impact #TiO₂ ceramics?
Researchers discovered that #PointDefects & interfacial polarization are key to humidity sensing & colossal #DielectricPermittivity.

Discover the full impact on sensor tech 👇
doi.org/10.26599/JAC.2…
#XPS #MaterialsScienc @kkunews

PRB Editors' Suggestion: Excited-state geometry relaxation of #PointDefects in #monolayer #hexagonal #BoronNitride A. Kirchhoff, T. Deilmann, and M. Rohlfing Phys. Rev. B 109, 085127 ➡️ go.aps.org/3UMVurE #EdSugg #condmat #physics @APSPhysics

PhysRevB's tweet image. PRB Editors' Suggestion: Excited-state geometry relaxation of #PointDefects in #monolayer #hexagonal #BoronNitride

A. Kirchhoff, T. Deilmann, and M. Rohlfing
Phys. Rev. B 109, 085127

➡️ go.aps.org/3UMVurE
#EdSugg #condmat #physics @APSPhysics

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