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1
Knowledge Distribution in Immigrant Entrepreneurship: A Qualitative Study of Immigrant Entrepreneurs in Malaysia

Nurul Atasha JAMALUDIN(Nurul Atasha JAMALUDIN ),Zizah CHE SENIK(Zizah CHE SENIK ),Mohamad Rohieszan RAMDAN(Mohamad Rohieszan RAMDAN ),Nur Aqilah Hazirah MOHD ANIM(Nur Aqilah Hazirah MOHD ANIM ),Siti A 한국유통과학회 2023 유통과학연구 Vol.21 No.8
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  ScienceON
  
  KCI
  
  스콜라
Purpose: This study intends to explore the knowledge distribution in immigrant entrepreneurship in a host country Malaysia. In Malaysia, most immigrants are workers who later started their own businesses. They have a higher tendency to engage in entrepreneurial activities thus knowledge distribution from previous employment is necessary. Research design, data and methodology: This qualitative study using in-depth interview approach was carried out with five immigrant entrepreneurs from Bangladesh conducting business in Malaysia. The data were gathered and analysed using thematic analysis facilitated by ATLAS.ti software. Results: The findings provide useful insights on the significance of knowledge obtained during immigrant entrepreneurs’ former employment in the host country, enabling them to identify the needed resources quickly to launch a successful business in a host country. Conclusions: This study contributes to the Knowledge Spillover Theory of Entrepreneurship specifically in the context of immigrant entrepreneurship who have former employment in the same business sector and a proposition is developed. For practicality, the findings provide some insights for immigrants who want to start businesses in the host country which allow them to identify and exploit entrepreneurial opportunities due to knowledge distribution at their former employment in the host country later facilitates successful business establishment there.
2
Numerical simulation of draining and drying procedure for the ITER Generic Equatorial Port Plug cooling system

Tanchuk, V.,Grigoriev, S.,Lyublin, B.,Maquet, P.,Senik, K.,Pak, S.,Udintsev, V. North-Holland ; Elsevier Science Ltd 2016 Fusion engineering and design Vol.109 No.1
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For effective vacuum leak testing all cooling circuits serving the ITER vessel and in-vessel components shall be drained and dried so that after this procedure taking less than 100h the purge gas passing through a component has water content less than 100ppm. This process is four-stage, with the first stage using a short blast of compressed nitrogen to blow most of water in the coolant channels out of the circuit. This process is hindered by volumes which trap water due to gravity. To remove the trapped water, it is necessary, first, to heat up the structure by hot and compressed nitrogen, and then water is evaporated by depressurized nitrogen. The cooling system of the ITER Diagnostic Equatorial Port Plugs is of a complicated hydraulic configuration. The system branching might make difficult removal of water from the piping in the scheduled draining mode. The authors have proposed the KORSAR computation code to simulate draining of the GEPP cooling circuit. The numerical simulation performed has made it possible to describe the process dynamics during draining of the entire GEPP cooling circuit and to define the process time, amount and location of residual water and evolution of two-phase flow regime.