Coupling coordination types. by Qianhong Mao (22305184)

“…The findings include the following: (1) from 2010 to 2022, the spatial structure of urban-fringe-rural areas in Suzhou changed considerably, with 69.04% rural areas transformed into fringe areas, and 50.83% fringe areas developed into urban areas; (2) based on transition process, the region was further divided into urban maintenance, urban expansion, fringe maintenance, fringe expansion, and rural retention areas. Most of the mean value of ESs showed a gradient increasing differences along urban-fringe-rural, while the greatest decrease occurs in fringe expansion and urban expansion areas; and (3) interactions for changes in ES pairs also more closely linked in these two regions, with synergies dominating. …”

Results_urban-fringe-rural. by Qianhong Mao (22305184)

“…The findings include the following: (1) from 2010 to 2022, the spatial structure of urban-fringe-rural areas in Suzhou changed considerably, with 69.04% rural areas transformed into fringe areas, and 50.83% fringe areas developed into urban areas; (2) based on transition process, the region was further divided into urban maintenance, urban expansion, fringe maintenance, fringe expansion, and rural retention areas. Most of the mean value of ESs showed a gradient increasing differences along urban-fringe-rural, while the greatest decrease occurs in fringe expansion and urban expansion areas; and (3) interactions for changes in ES pairs also more closely linked in these two regions, with synergies dominating. …”

The lower limit of oxygen concentration of coal under different air leakage intensities. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different air leakage intensities. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different air leakage intensities. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different air leakage intensities. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different thicknesses of residual coal. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different air leakage intensities. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different thicknesses of residual coal. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different air leakage intensities. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different air leakage intensities. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different thicknesses of residual coal. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different thicknesses of residual coal. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different air leakage intensities. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different thicknesses of residual coal. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different thicknesses of residual coal. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different thicknesses of residual coal. by Zihao Chai (20521844)

The lower limit of oxygen concentration of coal under different thicknesses of residual coal. by Zihao Chai (20521844)

Infection of CD133+ humanized mice resulted in decrease in pathogenicity in HTLV-1-CTCF infected mice. by Ancy Joseph (5634794)

Mean values (± standard deviation) of hormonal parameters before and after CWI. by Aneta Teległów (9570190)