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Article
Publication date: 20 January 2023

Haibo Yang, Fengwei Dai, Liqiang Cao, Guofu Cao, Zhidan Fang and Qidong Wang

A large-scale detection system with more data in short time bins, small dead space and small signal identification is the ideology the scientists pursuing. These proposed demands…

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Abstract

Purpose

A large-scale detection system with more data in short time bins, small dead space and small signal identification is the ideology the scientists pursuing. These proposed demands are able to be solved by 2.5 D integration. The substance of a 2.5 D integration is called silicon interposer, which consists of the through silicon via (TSV) and redistribution layer. However, the state-of-the-art silicon interposer is not able to sustain its own mechanical strength with the detector/readout array often sitting as standalone in large science facilities and fails to reduce the expansions on the installation of the components due to its insufficient thickness and size. This study aims to propose a moderation of current interposer with large-sized, standalone properties.

Design/methodology/approach

This paper proposes an interposer based on double-sided silicon vias (DSSVs) interconnection. Unlike conventional interposer that is interconnected by TSVs, DSSVs interposer is interconnected by top vias (T-vias) and bottom vias (B-vias).

Findings

The fabrication process of DSSVs interposer is introduced, and the superiority of the double-sided interconnection process with two etch-stop layers is described in detail. The impact of different T-vias depth on DSSVs interconnections in the same wafer is discussed and two times PI opening processes are proposed to eliminate air bubbles in the B-via. The relationship between the interposer thickness and warpage is studied by finite element analysis simulation and experiment. The prototype of the DSSVs interposer with a size of 100  × 100 mm and a thickness of 318.2 µm is fabricated, and electrical tests including short tests and continuity tests are carried out.

Originality/value

This paper proposes a large-sized and stand-alone interposer based on DSSVs interconnection.

Details

Microelectronics International, vol. 40 no. 2
Type: Research Article
ISSN: 1356-5362

Keywords

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Article
Publication date: 22 December 2022

Sara Dolnicar

The purpose of this perspective paper is to draw attention to how the tourism industry can take action to contribute to United Nations Sustainable Development Goal 12 by nudging…

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Abstract

Purpose

The purpose of this perspective paper is to draw attention to how the tourism industry can take action to contribute to United Nations Sustainable Development Goal 12 by nudging tourists to behave in more environmentally sustainable ways. Many of the available practical approaches are easy and cheap to implement and therefore can be deployed easily by small and medium-sized tourism businesses.

Design/methodology/approach

This perspective paper reviews past contributions to United Nations Sustainable Development Goal 12 and calls for more future research that develops and empirically test effective behavioural change interventions.

Findings

Future research must focus on two directions: the development and empirical testing in the field of new behavioural change interventions that entice tourists to behave in more environmentally sustainable ways, and the development and large-scale deployment of affordable instrumentation to automatically and continuously measure the environmental performance of tourism businesses.

Originality/value

This perspective paper synthesizes literature and point to important new future research directions. To the best of the authors’ knowledge, this is the first synthesis of past tourism research that has developed and empirically tested tangible approaches the tourism industry can deploy to contribute to SGD 12.

目的

这份前瞻性报告回顾了过去对联合国可持续发展之第十二目标有贡献的文章, 并呼吁未来应当开展更多有关于开发和实证检验有效行为改变的研究。

设计/方法论/方针

这份报告的目的是吸引更多关注在于旅游业如何采取行动, 通过促使游客以更环保的方式行事, 为联合国可持续发展之第十二目标作出贡献。其中的许多方法易于实施且成本低廉, 中小型旅游企业也可以轻松推广应用。

研究结果

未来的研究必须集中在两个方向:(1) 开发和在实地中实证检验新的行为改变干预措施, 以吸引游客以更环保的方式行事, 以及(2) 开发和大规模推广负担得起的仪器, 以自动和持续测量旅游企业的环境绩效。

原创性/价值

这份报告综合了文献, 并指出了未来重要的新研究方向。这是对过去旅游研究的首次综合, 这些研究开发并实证检验了旅游业可以推广应用的具体方法, 以促进联合国可持续发展之第十二目标的发展。

Objetivo

El objectivo de este documento de perspectiva es llamar la atención sobre cómo la industria del turismo puede tomar las medidas necesarias para contribuir al Objetivo de Desarrollo Sostenible 12 de las Naciones Unidas al alentar a los turistas comportarse de una manera ambientalemente sostenible. La mayoría de las medidas prácticas disponibles son fáciles y económicas de implementar por las pequeñas y medianas empresas turísticas.

Diseño/metodología/enfoque

Este documento de perspectiva revisa las pasadas contribuciones al Objetivo de Desarrollo Sostenible 12 de las Naciones Unidas y pide más investigaciones futuras que desarrollen y prueben empíricamente intervenciones efectivas para cambiar los comportamientos.

Resultados

La investigación futura debe centrarse en dos direcciones: (1) el desarrollo y las pruebas empíricas en el campo de nuevas intervenciones de cambio de comportamiento que atraigan a los turistas a comportarse de una manera ambientalmente sostenible, y (2) el desarrollo y despliegue a gran escala de instrumentación asequible para medir de forma automática y continua el desempeño ambiental de las empresas turísticas.

Originalidad/valor

Este documento de perspectiva sintetiza la literatura y señala puntos importantes para futuras investigaciones. Es la primera síntesis de investigaciones turísticas pasadas que ha desarrollado y probado empíricamente enfoques tangibles que la industria del turismo puede implementar para contribuir al SGD 12.

Details

Tourism Review, vol. 78 no. 2
Type: Research Article
ISSN: 1660-5373

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