Spatial distributions of myocytes and fibroblasts in our simulation domain. by Rupamanjari Majumder (128411)

Weak links and k-cores. by Matteo Serafino (11599593)

Mechanical parameters. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

CSM. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Fitting curve between CSSM and angle. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Stress-strain curves under different sizes. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Fit curve graph. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Fit curve graph. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Simulation schemes. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Calculation model diagram. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Characteristic size values. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Fitting curve of CSM and rock bridge angle. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Parameters c and d. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Changing landscape configuration demands ecological planning: Retrospect and prospect for megaherbivores of North Bengal by Tanoy Mukherjee (6577076)

“…The present study also involves evaluation of landscape and anthropogenic predictors influence on the megaherbivores of GNP, followed by future landcover simulation for the year 2028. The result shows a significant decrease in the grassland cover from 18.87 km² to 8.27 km² from 1998 to 2018, whereas the woodland cover has increased from 50.14 km² to 62.09 km² between 1998 and 2018. …”

Accurate Modeling of Water Clusters with Density-Functional Theory Using Atom-Centered Potentials by Jake D. Holmes (4400803)

“…However, the ability of the BHandHLYP/ACP approach to predict accurate binding energies deteriorates as the size of the basis sets decreases. Nevertheless, ACPs improve predicted binding energies by as much as a factor of 50 across the range of the basis sets studied. …”

Accurate Modeling of Water Clusters with Density-Functional Theory Using Atom-Centered Potentials by Jake D. Holmes (4400803)

“…However, the ability of the BHandHLYP/ACP approach to predict accurate binding energies deteriorates as the size of the basis sets decreases. Nevertheless, ACPs improve predicted binding energies by as much as a factor of 50 across the range of the basis sets studied. …”

Accurate Modeling of Water Clusters with Density-Functional Theory Using Atom-Centered Potentials by Jake D. Holmes (4400803)

“…However, the ability of the BHandHLYP/ACP approach to predict accurate binding energies deteriorates as the size of the basis sets decreases. Nevertheless, ACPs improve predicted binding energies by as much as a factor of 50 across the range of the basis sets studied. …”

Evolution of the maximum k-core. by Matteo Serafino (11599593)

Correlation ADC/T1. by Sylvain Eminian (5394746)

<b>The role of the </b><b>LncRNA </b><b>XIST/miR-15a-5p/ MN1</b><b>signaling </b><b>axis in gender disparities in bladder cancer prognosis</b> by Qingshui Wang (17151220)

“…<p dir="ltr">Through comprehensive analysis of the GSE13507 and The Cancer Genome Atlas (TCGA) cohorts, we identified the X chromosome gene long non-coding RNA (LncRNA) X-inactive specific transcript (XIST) as a critical factor in BC sex disparity. …”