The CORBA technique is an integration of the object-oriented conception and distributed computing technique. It can make the application within distributed heterogeneous environments reusable, portable and interoperab...The CORBA technique is an integration of the object-oriented conception and distributed computing technique. It can make the application within distributed heterogeneous environments reusable, portable and interoperable. The architecture of CORBA-based discrete event simulation systems is presented and the interface of distributed simulation objects (DSO) is defined in this paper after the DSO is identified and the synchronization mechanism among DSO is discussed.展开更多
It′s very useful tools for an instant analysis of organic pollutants monitoring using the HAPSITE portable GC-MS.It discusses how to use HAPSITE portable GC-MS in emergency monitoring and treatment.
To relieve the increasing traffic load, many early built highways need to be widened or reconstructed. The rapid performance detection to existing subgrades is important to their reasonable evaluation and maximized ut...To relieve the increasing traffic load, many early built highways need to be widened or reconstructed. The rapid performance detection to existing subgrades is important to their reasonable evaluation and maximized utilization. Based on five kinds of soils taken from an existing highway in southern China, three commonly detecting methods were used to determine their moisture contents, compaction degrees and resilient moduli. The results showed that the measured moisture contents were greater than the design value, and the compaction degrees decreased sharply compared to the original ones. The moisture and heat exchange produced a decrease in the resilient modulus of plate loading test(PLT) from the standard 60 MPa down to 40 MPa. Afterwards, the portable falling weight deflectometer(PFWD) and dynamic cone penetrometer(DCP) were used to evaluate the subgrade performances. The measured PFWD moduli and the DCP penetration rates were correlated with the resilient moduli of PLT, deflections of the Beckman beam test, compaction degrees and moisture contents. The correlation analysis indicates that both of two methods are suitable in rapid detecting subgrade performances, but PFWD method is more recommended for it has higher accuracy and efficiency.展开更多
Point-of-care(POC)testing offers rapid results of diagnostics near the site of patient care,which can significantly improve health care and management of infectious diseases.POC testing now plays a crucial role in hea...Point-of-care(POC)testing offers rapid results of diagnostics near the site of patient care,which can significantly improve health care and management of infectious diseases.POC testing now plays a crucial role in healthcare delivery of both developed and developing countries,particularly in developing countries where medical resources are limited.Challenges remain for the biomedical engineering community to develop truly portable,automatic,low-cost and easyto-use POC tools.Blood tests are the most commonly-used diagnostic methods nowadays because blood analyses provide definitive information of medical conditions of patients.Traditional blood tests,including sample collection,preparation and detection,are conducted using large-scale blood an-展开更多
The on-going depletion of the oil reserves leads to the needs for development of sustainable and renewable ener-gies. Between fossil and solar eras, low carbon natural gas and clean coal become the most crucial interm...The on-going depletion of the oil reserves leads to the needs for development of sustainable and renewable ener-gies. Between fossil and solar eras, low carbon natural gas and clean coal become the most crucial intermediate alternatives as energy source and feedstock to produce chemicals. In meantime, lignocellulosic biomass will play the role as fuel or as raw material, espe-cially for the future decades. This is of ultimate importance for the countries with increased demands for energy in a portable form and for synthetic materials, such as China.New catalytic materials are at the heart in the processes (existing and innovative) to converting natural gas or coal, the non-portable or non-pumpable energy carriers, to liquid form, and to upgrading less valuable to more value-added chemicals for a particu-lar market requirement. In many instances, innovation of a new catalytic material makes a new process from dream to reality, and in the other cases, the need for a new process catalyzes the research for a new catalytic material. The process and material ("chickens and eggs") interplay propels the recent advances in hydrogen fuel, GTL,CTL,CTC, SNG and BTL technologies. In this growing market, Sud-Chemie has not only strengthened its market presence, but also consolidated its position as the worldwide technology and market leader through innovative R&D work and broad cooperation with partners. Siid-Chemie provides the full portfolio of cat-alytic materials in the new chemical processes, such as ShiftMax , ActiSorb , AmoMax , MegaMax, DME-1, FAMax, and MTProp-1. Sud-Chemie commits to provide the best performing tailored catalytic materials to the matching processes.展开更多
基金This project was supported by "Ninth Five" National Defense Sustentation Foundation.
文摘The CORBA technique is an integration of the object-oriented conception and distributed computing technique. It can make the application within distributed heterogeneous environments reusable, portable and interoperable. The architecture of CORBA-based discrete event simulation systems is presented and the interface of distributed simulation objects (DSO) is defined in this paper after the DSO is identified and the synchronization mechanism among DSO is discussed.
文摘It′s very useful tools for an instant analysis of organic pollutants monitoring using the HAPSITE portable GC-MS.It discusses how to use HAPSITE portable GC-MS in emergency monitoring and treatment.
基金Project(2017YFC0805307) supported by the National Key Research and Development Program of ChinaProjects(51878078, 51927814, 51911530215) supported by the National Natural Science Foundation of China+4 种基金Project(2018-025) supported by the Training Program for High-level Technical Personnel in Transportation Industry, ChinaProject (2018JJ1026) supported by the Excellent Youth Foundation of Natural Science Foundation of Hunan Province, ChinaProject(17A008) supported by the Key Project of Education Department of Hunan Province, ChinaProjects(kfj150103, kfj170104) supported by the Open Research Fund of State Engineering Laboratory of Highway Maintenance Technology, Changsha University of Science & Technology, ChinaProject(CX20190644) supported by the Postgraduate Scientific Research Innovation Project of Hunan Province, China。
文摘To relieve the increasing traffic load, many early built highways need to be widened or reconstructed. The rapid performance detection to existing subgrades is important to their reasonable evaluation and maximized utilization. Based on five kinds of soils taken from an existing highway in southern China, three commonly detecting methods were used to determine their moisture contents, compaction degrees and resilient moduli. The results showed that the measured moisture contents were greater than the design value, and the compaction degrees decreased sharply compared to the original ones. The moisture and heat exchange produced a decrease in the resilient modulus of plate loading test(PLT) from the standard 60 MPa down to 40 MPa. Afterwards, the portable falling weight deflectometer(PFWD) and dynamic cone penetrometer(DCP) were used to evaluate the subgrade performances. The measured PFWD moduli and the DCP penetration rates were correlated with the resilient moduli of PLT, deflections of the Beckman beam test, compaction degrees and moisture contents. The correlation analysis indicates that both of two methods are suitable in rapid detecting subgrade performances, but PFWD method is more recommended for it has higher accuracy and efficiency.
基金the financial support from Natural Science and Engineering Research Council of Canada(NSERC)
文摘Point-of-care(POC)testing offers rapid results of diagnostics near the site of patient care,which can significantly improve health care and management of infectious diseases.POC testing now plays a crucial role in healthcare delivery of both developed and developing countries,particularly in developing countries where medical resources are limited.Challenges remain for the biomedical engineering community to develop truly portable,automatic,low-cost and easyto-use POC tools.Blood tests are the most commonly-used diagnostic methods nowadays because blood analyses provide definitive information of medical conditions of patients.Traditional blood tests,including sample collection,preparation and detection,are conducted using large-scale blood an-
文摘The on-going depletion of the oil reserves leads to the needs for development of sustainable and renewable ener-gies. Between fossil and solar eras, low carbon natural gas and clean coal become the most crucial intermediate alternatives as energy source and feedstock to produce chemicals. In meantime, lignocellulosic biomass will play the role as fuel or as raw material, espe-cially for the future decades. This is of ultimate importance for the countries with increased demands for energy in a portable form and for synthetic materials, such as China.New catalytic materials are at the heart in the processes (existing and innovative) to converting natural gas or coal, the non-portable or non-pumpable energy carriers, to liquid form, and to upgrading less valuable to more value-added chemicals for a particu-lar market requirement. In many instances, innovation of a new catalytic material makes a new process from dream to reality, and in the other cases, the need for a new process catalyzes the research for a new catalytic material. The process and material ("chickens and eggs") interplay propels the recent advances in hydrogen fuel, GTL,CTL,CTC, SNG and BTL technologies. In this growing market, Sud-Chemie has not only strengthened its market presence, but also consolidated its position as the worldwide technology and market leader through innovative R&D work and broad cooperation with partners. Siid-Chemie provides the full portfolio of cat-alytic materials in the new chemical processes, such as ShiftMax , ActiSorb , AmoMax , MegaMax, DME-1, FAMax, and MTProp-1. Sud-Chemie commits to provide the best performing tailored catalytic materials to the matching processes.
