Chinese industrial model

CliC CLIVAR CLRTAP CM CO COADS COLA COP CORP CPI CPL CPR CRC CRF CRP CRS CSD CSIRO Climate and Cryosphere (CliC) project CLImate VARiability and predictability Convention on Long-Range Transboundary Air Pollution Climate Model Carbon monoxide Comprehensive Ocean-Atmosphere Data Set Center of the Ocean-Land-Atmosphere system study Conference of the Parties Chinese Ozone Research Program Consumer Price Index Cloud Physics Lidar Continuous Plankton Recorder program Chemical Rubber Company Cloud Radiative Forcing Conservation Reserve Program Cloud Radar System Commission on Sustainable Development Commonwealth Scientific and Industrial Research... 

Zhou, Jainhua, Wang, Shieyu, and Jiang, Weisun. A steady-state mathematical model for a catalytic cracking riser, Chemical Engineering Industry (in Chinese), vol. 39, No. 4, pp. 461-468 (1988). 

Coupled coal-methane-water process has been an active research area in China for a long time due to its utmost importance to mine safety and productivity and the traditional importance of coal mining in Chinese energy industry. In this review only some of the recent works on mathematical modelling on methane migration and water burst problems are highlighted due to space limit. 

However, even as the Kennedy and Johnson administrations sought to deal with these hostile Chinese activities, its China watchers were gradually building up an image of China that emphasized its deep-seated economic crisis, which they predicted would eventually force Beijing to change its priorities radically. This image of China as Troubled Modernizer portrayed its internal problems as essentially a developmental crisis, a characterization drawn from assumptions of a universal path of development based on the Western model of industrialization and urbanization. ... 

Zhou Qiujuan, Chen Xiaoping, Zeng Lingling. Research on neural network model of deformation behavior of soft soil. Industrial Construction, 2008, 38(6) 48-53 (In Chinese). 

A Multiagent-based System Model of Supply Chain Management for Traditional Chinese Medicine Industry... 

Methanol to olefins (MTO), which provides a new route to produce light olefins such as ethylene and propylene from abundant natural materials (e.g., coal, natural gas or biomass), has been recently industrialized by the Dalian Institute of Chemical Physics (DICP), Chinese Academy of Sciences. In this contribution, the process development of MTO is introduced, which emphasizes the importance of mesoscale studies and focuses on three aspects a mesoscale modeling approach for MTO catalyst pellet, coke formation and control in MTO reactor, and scaling up of the microscale-MTO fluidized bed reactor to pilot-scale fluidized bed reactor. The challenges and future directions in MTO process development are also briefed. 

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