Gas-Phase Molecular Structure of 1‑Chlorosilatrane: Electron Diffraction Study and Assignment of Photoelectron Spectrum حسب Elena F. Belogolova (2025418)

الموضوعات:

Gas-Phase Molecular Structure of 1‑Chlorosilatrane: Electron Diffraction Study and Assignment of Photoelectron Spectrum حسب Elena F. Belogolova (2025418)

الموضوعات:

Correlation and principal component analysis. حسب Jie Wei (264772)

Fig 4 - حسب Hyuk Sung Yoon (20208672)

Study on the expression of mRNA related to biofilm formation of <i>C. albicans</i> by CSR extract (100 μg/mL). حسب Xuxi Cheng (22453447)

Transient suppression of <i>atg5</i> in neurons does not impair ITM. حسب Tong Yue (6033305)

Qualitative changes in the implant subgroup. حسب Adela Klezlova (22608008)

"…In the study group, the IOP was statistically significantly lower by 29% at the end of the follow-up compared to the preoperative measurements (<i><i>p</i></i> = 0.009). …"

Results of the colorimetric MTT test. حسب Adela Klezlova (22608008)

"…In the study group, the IOP was statistically significantly lower by 29% at the end of the follow-up compared to the preoperative measurements (<i><i>p</i></i> = 0.009). …"

IOP fluctuation. حسب Adela Klezlova (22608008)

"…In the study group, the IOP was statistically significantly lower by 29% at the end of the follow-up compared to the preoperative measurements (<i><i>p</i></i> = 0.009). …"

IOP fluctuation. حسب Adela Klezlova (22608008)

"…In the study group, the IOP was statistically significantly lower by 29% at the end of the follow-up compared to the preoperative measurements (<i><i>p</i></i> = 0.009). …"

Granite sample. حسب Run-Zhi Jia (21262716)

"…Notably, the impact of confining pressure on fthe elastic deformation energy of the rock mass was more significant than on dissipative deformation energy.</p></div>…"

X-ray diffractometer and mineral composition. حسب Run-Zhi Jia (21262716)

"…Notably, the impact of confining pressure on fthe elastic deformation energy of the rock mass was more significant than on dissipative deformation energy.</p></div>…"

Continuous-discontinuous coupling model. حسب Run-Zhi Jia (21262716)

"…Notably, the impact of confining pressure on fthe elastic deformation energy of the rock mass was more significant than on dissipative deformation energy.</p></div>…"

FLAC-PFC coupling calculation principle. حسب Run-Zhi Jia (21262716)

"…Notably, the impact of confining pressure on fthe elastic deformation energy of the rock mass was more significant than on dissipative deformation energy.</p></div>…"

Energy evolution characteristics of granite. حسب Run-Zhi Jia (21262716)

"…Notably, the impact of confining pressure on fthe elastic deformation energy of the rock mass was more significant than on dissipative deformation energy.</p></div>…"

Granite bond failure characteristic map. حسب Run-Zhi Jia (21262716)

"…Notably, the impact of confining pressure on fthe elastic deformation energy of the rock mass was more significant than on dissipative deformation energy.</p></div>…"

Drawing test data. حسب Run-Zhi Jia (21262716)

"…Notably, the impact of confining pressure on fthe elastic deformation energy of the rock mass was more significant than on dissipative deformation energy.</p></div>…"

Basic parameters of model. حسب Run-Zhi Jia (21262716)

"…Notably, the impact of confining pressure on fthe elastic deformation energy of the rock mass was more significant than on dissipative deformation energy.</p></div>…"

Minimum data set used in the article. حسب Shizhen Xu (4474321)

"…The average total phosphorus (TP) content in cropland soil was slightly higher than in forestland and significantly higher than in grassland. The weaker carbon-sequestration capacity of cropland soil resulted in notably lower C:N (10.13) and C:P (47.38) ratios compared to forestland and grassland. …"

Concentrations of C, N, and P in time change. حسب Shizhen Xu (4474321)

"…The average total phosphorus (TP) content in cropland soil was slightly higher than in forestland and significantly higher than in grassland. The weaker carbon-sequestration capacity of cropland soil resulted in notably lower C:N (10.13) and C:P (47.38) ratios compared to forestland and grassland. …"