Book chapters

This chapter aligns with Goals 12 and 13 by highlighting the importance of various MXene-based hybrid nanomaterial types in the elimination of heavy metals from wastewater.

This content aligns with Goal 3: Good Health by addressing the complex phenomenon of phantom limb pain, which can significantly affect the quality of life for individuals who have undergone amputations. By understanding the mechanisms behind this condition and the varied experiences of patients, healthcare providers can develop more effective pain management strategies and psychological support systems, ultimately improving patient outcomes. Additionally, it supports Goal 10: Reduced Inequalities by highlighting the need for tailored medical interventions that recognize the unique challenges faced by amputees, ensuring that all patients, regardless of their background or circumstances, receive comprehensive care that addresses both physical and emotional aspects of their recovery.

This content aligns with Goal 3: Good Health by providing a comprehensive overview of impulsivity in individuals with attention deficit hyperactivity disorder (ADHD), emphasizing the need for effective management strategies that include psychoeducation, pharmacological treatments, and psychosocial interventions to improve health outcomes. By highlighting the multifaceted nature of impulsivity and its evolving symptoms across different life stages, the content underscores the importance of tailored treatment approaches that address the unique needs of individuals with ADHD. Additionally, it supports Goal 10: Reduced Inequalities by recognizing the varied presentations of ADHD, especially in women, and advocating for accessible and appropriate interventions that ensure all individuals, regardless of their gender or background, receive the necessary support to manage their condition and enhance their quality of life.

In this chapter, we discuss various methods for synthesizing nanomaterials and their properties for application in energy generation. We also explore the practical applications of different nanomaterial-based energy-generating devices and their performance, positioning them as alternative technologies to traditional power sources. The chapter highlights the overall performance—thermal, electrical, and mechanical—of nanomaterial-based energy generators and examines the role of various nanomaterials in energy-harvesting devices. Finally, we address the current challenges in applying nanomaterials in energy generation.