Papers by Keyword: Electronics Industry

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Authors: Ru Xuan Niu, Ying Qun Ma, Qun Hui Wang, Bo Yue, Yu Fei Yang, Hong Zhi Ma
Abstract: Waste organic solvents have been classified as hazardous waste in many countries because of their toxicity, high volatility and Ignitability. Waste organic solvents are produced in a lot of industries including of the electronics industry. In this industry, organic solvents are used as cleaning agent and developer, which would generate a lot of waste organic solvents. In China, in the management and re-use of waste organic solvents, the current management systems are not completely. So it is need to learn the laws and regulations, treatment and disposal technologies, control standards of waste organic solvents generated in electronics industry in the developed countries. In this paper, based on an organic solvent waste for feature analysis and risk assessment, which generated by the electronics industry, Therefore, the waste organic solvent has a more serious environmental risk and human health risk through the soil and underwater than the air. Forbid the waste organic solvents produced company casual dump, in order to avoid the waste pollution. The evaluation result of the waste organic solvents produced by China's electronics industry is the data basis to obtain relevant management regulations On this basis, put forward the suggestion and management specifications of waste organic solvents, provide strong supports for the revise of the " National Catalogue of Hazardous Wastes ".
Authors: Ismena Dzida, Marek Szajt
Abstract: The article refers to the issues related to the development of high-tech industry. The text describes the history of the beginning of its development that as well as the main factors that determine its origins that development and location. Scientific description highlights the importance of high-tech industry. It is the cooperation of scientific knowledge with technological capabilities of the twenty-first century and a reasonable use of the opportunities offered by financial institutions while using the modern infrastructure. aim of this work is to identify the role of high-tech industry in the economy of European countries, especially Polish. The description illustrating the situation of the world technology helps decide the place of Poland in technological reality. Large differences in the political burden of the past significantly delayed the Polish industry. The positives of the current situation of Polish industry are constantly increasing expenditures on research and development and the use of the possibilities offered by EU funds for the financing of innovative projects. The existence of technology parks and special economic zones in Poland described in the article also brings with it the opportunities for the development of high-tech in the future.
Authors: E. Aghion, Boris Bronfin
Authors: Cong Bo Li, Fei Liu, Cai Zhen Li, Qiu Lian Wang
Abstract: To help electronic manufacturers implement their green manufacturing (GM) strategies more friendly to environment and more effectively in saving resources, an operational GM model is proposed based on systematical analyses of each stage of the electronic product life cycle including material selection, design, production, use, end-of-life product disassembly and recycling, etc. This model consists of three levels-supply chain, enterprise and workshop and each level deals with different issues. Supply chain level focuses on manufacturing plants and remanufacturing plants based on the analysis of the whole supply chain-raw materials supply, production and marketing, etc. Enterprise level consists of GM implementation motivation, enterprise strategies, system implementation, supporting elements such as information systems. Based on analysis of the main resources and environment problems, workshop level mainly includes green manufacturing process such as lead-free soldering, process improvement, process monitoring and data acquisition, etc.
Authors: Shao Bing Yan, Wen Qi Zhu
Abstract: Different from the traditional manufacturing industry, electronics industry is representative of high-tech industry and its financial risk has its own characteristics. In this paper, I choose 2000-2009 electronic financial data of listed companies as samples and use two yuan logistic regression analysis to build an assessment of China's electronics companies in financial risk probability model for the electronic companies to evaluate their own financial risks, provide a simple reference to the views to reduce the financial risk and give the basic risk prediction for the electronics company's mergers and acquisitions objects.
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