Overview of IMS project; next generation environmental friendly soldering technology "EFSOT"

Serizawa, Koji; Okamoto, Motozumi; Shimokawa, Hanae; Nakano, Atsushi; Ninomiya, Takanori

doi:10.1109/.2001.992524

Cited by 1 publication

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“…Since the two-mode graphs did not explicitly show the ties between pairs of participating organizations linked by the projects, they needed to be transformed into one-mode graphs to see inter-organizational linkages [17]. To analyze the structure of R&D project networks in the United States, Europe, and Japan, we collected data on the participants in major projects on lead-free solders in the United States [35][36][37], Europe [38][39][40][41], and Japan [42][43][44][45]. Table 1 provides the number of research and development projects conducted in the United States, Europe, and Japan and the number of organizations participating in these projects.…”

Section: University-industry Collaboration Network On Lead-free Soldersmentioning

confidence: 99%

Network of research and policy communities for innovation: An analysis of co-evolution of technology and institution

Yarime

2009

2009 Atlanta Conference on Science and Innovation Policy

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This study examines how collaboration networks are formed between universities, industry, and the public sector and work for the creation of environmental innovation through global co-evolution technology and institution. The focus of this study is placed on the development of lead-free solders in the electric and electronic industry in Japan, Europe, and the United States. The structure of university-industry collaboration networks for lead-free solders is analyzed with the quantitative methods of social network analysis, based on data on the participants in research and development projects. Initiatives to regulate the use of lead in the United States influenced the formation of university-industry collaboration network for the development and adoption of lead-free solders in Japan. The network promoted cooperation and coordination among the relevant actors, including those working on chip implementation, solders, manufacturing equipment, parts, devices, printed circuit boards, and measurement instruments in implementing an effective transition to lead-free solders. The demonstration of technological progress in Japan in turn encouraged the introduction of a stringent regulation for the phase-out of lead-containing solders in Europe, leading to further formation of networks for technological development and adoption in other regions. Not involved in a domestic institutional network for regulating the use of lead, the university researchers in Japan, working from a relatively neutral position, took the initiative in creating international networks for the formulation of world-wide roadmaps for technological development and implementation, standardization of various specifications, and exchange and sharing of scientific and technological knowledge.

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Section: University-industry Collaboration Network On Lead-free Soldersmentioning

confidence: 99%

Network of research and policy communities for innovation: An analysis of co-evolution of technology and institution

Yarime

2009

2009 Atlanta Conference on Science and Innovation Policy

View full text Add to dashboard Cite

show abstract

Overview of IMS project; next generation environmental friendly soldering technology "EFSOT"

Cited by 1 publication

References 0 publications

Network of research and policy communities for innovation: An analysis of co-evolution of technology and institution

Network of research and policy communities for innovation: An analysis of co-evolution of technology and institution

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