Social capital as a factor of innovative development

Pylypenko, H.M.; Pylypenko, Yu.I.; Dubiei, Yu.V.; Solianyk, L.G.; Pazynich, Yu.M.; Buketov, V.; Smoliński, A.; Magdziarczyk, M.

doi:10.1016/j.joitmc.2023.100118

Cited by 19 publications

(7 citation statements)

References 37 publications

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“…Our findings highlight the significant impact of DC as a single mediator in the relationship between SSC and PGI, aligning with the conclusions of previous scholars [20,26,28,[126][127][128].…”

Section: Discussionsupporting

confidence: 92%

Does structural social capital lead to proactive green innovation? a three-part serial mediation model

Gao

2024

PLoS ONE

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Enhancing green innovation for business sustainability represents a pressing global challenge. In the context of the manufacturing industry, the relationship between proactive green innovation (PGI) and structural social capital (SSC) remains a profoundly under-researched area. Drawing upon the theories of social capital and dynamic capability (DC), this study investigated the relationship between SSC and PGI within manufacturing enterprises via three individual and sequential mediating factors, namely cognitive social capital (CSC), relational social capital (RSC), and DC. Adopting a cross-sectional quantitative design, this study collected survey data from 485 manufacturing sector employees in China using purposive sampling. Structural equation modeling analysis of the data revealed no significant direct impact of SSC on PGI, but a strong indirect impact through the sequential mediating influences of CSC, RSC, and DC. The findings suggests that PGI within manufacturing enterprises is not wholly shaped by SSC; rather, firm-level dynamic capabilities, characterized by a sequential mechanism, plays a crucial role in achieving PGI within these enterprises. This paper offers both theoretical and practical contributions and provides recommendations for future research based on its limitations.

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Section: Discussionsupporting

confidence: 92%

Does structural social capital lead to proactive green innovation? a three-part serial mediation model

Gao

2024

PLoS ONE

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“…Розрахунок матеріального и теплового балансу забезпечується програмою MTBalanse SPGU розробленою співробітниками кафедри ГІО НТУ «Дніпровська політехніка» [25,26]. Рис.…”

Section: результати розрахунку параметрів матеріально-теплового балан...unclassified

Aspects of the utilization for the technogenic territory of coal enterprises

Dychkovskyi,

Falshtynskyi,

Pererva

et al. 2023

Coll. res. pap. nat. min. univ.

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Purpose. To perform an analysis of domestic and world experience in the implementation of technologies for the utilization of man-made territories of closed coal enterprises after the completion of their operation. Methods. To achieve the purpose, the authors, based on the analysis of scientific research literature concerning the directions of creation the production capacities after the completion of the mines functioning, proposed technologies for the formation of enterprises for the utilization of man-made territories and their further use. Results. The expediency and regularity of creating mining energy-chemical complexes (MEChC) based on closed coal enterprises for the disposal of pollution, secondary resources and energy in man-made territories is substantiated. This will contribute to the acquisition of ecologically clean land area, the use of underground resources, as well as the production of energy and chemical products that meet the needs of the industrial market. Originality. Consists in the systematization and scientific justification of the implementation of technologies for the use of man-made space in closed mines. The main regularities of the scientific means of studying the processes of adaptation of such processes in the mechanical preparation, processing, and energy utilization of secondary raw materials as part of the implementation of MEChCto the real conditions of the underground and surface space of the closed coal mining enterprise are highlighted. Practical implication. Development and establishment of the main technological aspects of the formation of a mining energy-chemical complex with the provision of stable utilization of man-made and energy space of coal mines with the obtaining of usable territories, fuel, technical industrial gases, thermal and electrical energy, and chemical products.

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“…Innovation and innovative knowledge diffusion (IKD) have become integral components of investments aimed at maximizing the value of knowledge (Gao et al, 2020). Therefore, nations are driven to understand the factors influencing and driving IKD performance (Pylypenko et al, 2023;Yang et al, 2015), scholars are prompted to extensively investigate this topic (Fang et al, 2017).…”

Section: Introductionmentioning

confidence: 99%

Diffusion of Innovative Knowledge: A Perspective from Innovator Cooperative Network

Jiang,

Wang,

Liu

2024

IJBMS

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Understanding the knowledge-diffusion network can help government and businesses effectively use their investment to stimulate science and technology development. We are interested in the roles that innovators play in the cooperative network and how the structural characteristics of innovator cooperative network affect innovative knowledge diffusion in terms of patent citation frequency. We propose an improved model for innovative knowledge diffusion by incorporating the innovator cooperative network with Jaffe’s double exponential model, which has been verified as effective, to evaluate the relationship between the innovator cooperative network and innovative knowledge diffusion. We conduct empirical analysis with the proposed model using patent data from the Derwent database, and discover a positive correlation between the innovator cooperative network and innovative knowledge diffusion. Our results also reveal several interesting patterns of innovative knowledge diffusion in the field of nanostructures. We also discuss the practical implications in knowledge management that analyzing patents, as a form of innovative knowledge, can unveil knowledge diffusion patterns and urge organizations to learn the technology development trend and advance their technology progress.

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Social capital as a factor of innovative development

Cited by 19 publications

References 37 publications

Does structural social capital lead to proactive green innovation? a three-part serial mediation model

Does structural social capital lead to proactive green innovation? a three-part serial mediation model

Aspects of the utilization for the technogenic territory of coal enterprises

Diffusion of Innovative Knowledge: A Perspective from Innovator Cooperative Network

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