Suchergebnisse

"Dedication" -- "Acknowledgments" -- "Contents" -- "List of Abbreviations " -- "About the Author" -- "Introduction" -- " Synopsis" -- " References" -- "Part I: Introducing the Topic" -- "Chapter 1: Introducing the Topic" -- "1 Who Is Qiuju? Old Wine in New Wineskins" -- "2 Research Background: Restorative Justice" -- "3 Understanding of Restorative Justice in China" -- "3.1 "Chinese Practice" and "Chinese Context"" -- "3.2 Does Restorative Justice Fit Chinese Realities?" -- "4 Clarifying Mediation Under Examination" -- "5 Research Purpose" -- "6 Research Questions" -- "7 Research Methodology" -- "References" -- "Chapter 2: Conflict Resolution in China: Cultural Then Political?" -- "1 A Glimpse of Traditional Chinese Culture" -- "1.1 Harmony Culture" -- "1.2 Shame Culture" -- "1.2.1 Shaming as Punishing" -- "1.2.2 Reintegrative Shaming Practices" -- "1.3 Interdependent and Communitarian Society" -- "1.3.1 Families and Neighborhoods" -- "1.3.2 Interconnectedness and Mutual Obligation" -- "2 Traditional Dispute Settlement in China" -- "3 Traditional Chinese Mediation and Western Restorative Justice: Convergences and Divergences" -- "3.1 Defining Harm" -- "3.2 Defining the "Victim"" -- "4 Mediation in the Republic of China (1912–1949)" -- "5 Mediation in the People's Republic of China" -- "5.1 Early Period of the Socialist Regime (1949–1978)" -- "5.1.1 Politicalizing Crime and Conflict" -- "5.1.2 "Institutionalizing" Mediation" -- "5.2 Conflict Resolution After the 1978 Opening Up and Reform" -- "5.2.1 Defining Criminality Through Legislation" -- "5.2.2 People's Mediation in Handling Conflicts" -- "6 "The End" After the End" -- "References" -- "Chapter 3: Criminal Mediation in the Chinese Criminal Justice Context" -- "1 Introduction

AbstractTetrabromobisphenol A (TBBPA) is adsorbed on sediments in river environments, and various environmental factors have distinct effects on its adsorption behaviour. Investigating the adsorption behaviour of TBBPA on the sediments in Weihe River Basin is critical for protecting the water environment and providing a theoretical basis for the prevention and control of brominated flame retardant pollution. In this study, the adsorption behaviour of TBBPA on Weihe River sediment was investigated by conducting batch equilibrium experiments, and the effects of pH, dissolved organic matter, and ionic strength on the adsorption of TBBPA were discussed. The obtained results revealed that rapid adsorption was the main mechanism of the TBBPA kinetic adsorption process. The isothermal adsorption behaviour of TBBPA was well fitted by Freundlich model (R2 99.21%) than Langmuir model (R2 98.59%). The adsorption capacity for TBBPA is 34.13 mg/kg. The thermodynamic results revealed that the adsorption process of TBBPA by the sediment was a spontaneous endothermic reaction. The increase in pH and ionic strength inhibited the adsorption of sediments on TBBPA. With the increase in the humic acid concentration, the adsorption of TBBPA initially increased and subsequently decreased. Synchrotron radiation-Fourier transform infrared spectroscopy indicated that the adsorption mechanism of TBBPA on the surface of sediment was mainly π–π and hydrogen bonds. The obtained results are useful for understanding of TBBPA migration and transformation in river water bodies.