Haoyu Dong

Youth are society’s vital asset, and their mental health is a priority for global public health. Spiritual tourism, through the integration of cultural and spiritual elements, promotes travelers’ mental health and has emerged as a new model of service that complements traditional mental health treatments; however, this model lacks a focus on the specific characteristics and needs of the youth demographic, as well as a design perspective, which may contribute to the inability to provide long-term mental health support for youth due to insufficient social support. Therefore, this paper explores the ways in which service design can foster long-term mental health support for youth in spiritual tourism services. The paper begins with a theoretical analysis to identify the key characteristics and limitations of current spiritual tourism services while also addressing the principles of service design and the rationale for incorporating suburban experiential lodging as a case. Subsequently, qualitative methods, including ethnographic observations, demographic surveys, and in-depth interviews, were employed with eleven youth participants and three staff members to gather insights into their experiences and needs. The findings indicate that current spiritual tourism services are hindered by issues such as low accessibility, inadequate follow-up support, and design shortcomings. Furthermore, spiritual tourism services can be designed to systematically integrate the needs for natural environments, psychological identification, and social interaction, enhancing long-term mental health support for youth.

After COVID-19's epidemic, indeed, higher rates of psychological distress, psychiatric disorder, and specific diagnoses have been reported. Relevant studies have demonstrated that youths' involvement in community activities can be effective in social skills. New Interest Action, with its character

Commercial polyolefin separator cannot guarantee the safety of lithium‐ion batteries at high temperatures due to their poor thermal stability. All kinds of nanofiber membranes with high thermal stability become the focus. In this paper, we have prepared PVDF nanofiber membrane by electrospinning method and have studied the relationship between the electrochemical performance and nanofiber morphology in detail. It is found that the morphology of PVDF is transformed from ball‐like to various nanofiber with increasing the concentration of spinning solution. As a result, the PVDF nanofiber membrane (24 wt%‐HP) prepared from spinning solution with the concentration of 24 wt% is composed of coarse nanofiber and fine nanofiber, which exhibits better electrochemical properties, such as cycling stability (300 cycles) and ionic conductivity (1.65 mS cm⁻¹). LiCoO₂/Li cells based on PVDF nanofiber separators have higher discharge capacity even at the current density of 5 C‐rate, superior than the cells based on PE separator. It is inspiring for high‐energy‐density battery safety to use this PVDF nanofiber separator.