Castor is dicotyledonous annual or perennial herb, which is originally pro- duced in eastem Africa, and successively introduced to Asia, America and Europe. Because of wide adaptability and high survival rate, it is w...Castor is dicotyledonous annual or perennial herb, which is originally pro- duced in eastem Africa, and successively introduced to Asia, America and Europe. Because of wide adaptability and high survival rate, it is widely grown in various countries, being one of the world＇s ten most important oil crops. Castor has very wide application range, which is recognized as the most promising plant oil in deep processing instead of oil. It has very high development and utilization value, and has been paid attention by a large number of researches. However, the current interna- tional castor seed breach is serious, so the development and utilization of castor in- dustry is restricted. Castro breeding research in China began in early 1950s. Cur- rently, castor breeding technology and variety yield level in China have reached in- ternational advanced level. Although great improvement has been made, there still have space in many ways. Based on long-term castor breeding practice, the paper discusses the feasibility and importance of using wild resources, native variety and imported varieties to improve and innovate germplasm resources of castor, and breed disease-resistant inbred lines and hybrids. According to regional characteristics of castor cultivation in China, the main breeding objectives including high yield and high oil, suitable for mechanized cultivation, high resistance and strong stress toler- ance are put forward in the paper.展开更多
The driving safety in the laneway is often controlled by multiple disaster sources which include fault fracture zone, water-bearing body, goaf and collapse column. The advanced prediction of them has become a hotspot....The driving safety in the laneway is often controlled by multiple disaster sources which include fault fracture zone, water-bearing body, goaf and collapse column. The advanced prediction of them has become a hotspot. Based on analysis of physical characteristics of the disaster sources and comparative evaluation of accuracy of the main advanced geophysical detection methods, we proposed a comprehen- sive judging criterion that tectonic interface can be judged by the elastic wave energy anomaly, strata water abundance can be discriminated by apparent resistivity response difference and establish a reason- able advanced prediction system. The results show that the concealed disaster sources are detected effec- tively with the accuracy rate of 80% if we use advanced prediction methods of integrated geophysics combined with correction of seismic and electromagnetic parameters, moreover, applying geological data, we may then distinguish types of the disaster sources and fulfill the qualitative forecast. Therefore, the advanced prediction system pays an important referential and instructive role in laneway driving project.展开更多
Rice is the staple food for more than half of the world population. The utilization of the wild abortive cytoplasmic male sterility （CMS） in 1970s has significantly raised rice yield potential. But the world＇s annu...Rice is the staple food for more than half of the world population. The utilization of the wild abortive cytoplasmic male sterility （CMS） in 1970s has significantly raised rice yield potential. But the world＇s annual rice production will have to increase 70 percent over the next 30 years, to keep up with the demends of the growing population.展开更多
In this paper, the complexity of intra coding is first analyzed so as to achieve a weight of complexity measurement for each intra mode. Then, a new complexity scalable control algorithm for intra coding in H. 264 is ...In this paper, the complexity of intra coding is first analyzed so as to achieve a weight of complexity measurement for each intra mode. Then, a new complexity scalable control algorithm for intra coding in H. 264 is proposed, based on the rearrangement of the order of candidate modes and an efficient complexity allocation and control （CAAC） scheme at the macroblock （MB） level. The candidate modes of each MB are rearranged according to the local-edge information. Experimental results show that our proposed algorithm can make an appropriate cut-off point of the candidate modes sequence adaptively according to the current energy condition of a mobile device, so as to adjust the complexity at any level while maximizing the video quality, which can prolong the operational lifetime of the battery with minimum degradation in video quality.展开更多
This paper shows： Bosons and Fermions maybe the compounds П of two zero spin particles which are spin-conjugates each other in complex region. There are two kinds of spin-conjugates of zero spin particle： real spin...This paper shows： Bosons and Fermions maybe the compounds П of two zero spin particles which are spin-conjugates each other in complex region. There are two kinds of spin-conjugates of zero spin particle： real spin-conjugate （πReal,π） and imaginary spin-conjugate （πImaginary,π）. Using （πReal, π）, Bosons and Fermions of Antimatter ПR could be formed, and using （πImaginary,π）, Bosons and Fermions of Matter П1 could be formed.展开更多
The chemical industry is nowadays predominantly using fossil raw materials,but the alternative use of bio-based resources is investigated to account for the foreseeable scarcity of fossil feedstocks.A main challenge o...The chemical industry is nowadays predominantly using fossil raw materials,but the alternative use of bio-based resources is investigated to account for the foreseeable scarcity of fossil feedstocks.A main challenge of using biobased feedstocks is the complexity of the impurity profile.For an economic production of bio-based chemicals,the use of intensified processes is inevitable and approaches are needed for the various process intensification techniques to identify their applicability to be used for the production of bio-based components.In the presented study,an approach is shown for the reactive distillation(RD) technology to identify the most critical bio-based impurities and their impact on the reactive distillation process.The investigated case-study is the production of n-butyl acrylate from acrylic acid and n-butanol.Among all initially identified impurities,the key impurities,having the biggest impact on the product purity in the reactive distillation process,are found.These impurities are then studied in more detail and an operating window depending on the impurity concentration is identified for the reactive distillation column.Furthermore,an integrated design of upstream and downstream processes is facilitated,as the presented results can be used in the development of the fermentation processes for the production of the bio-based reactants by decreasing the concentration of the critical impurities.展开更多
基金Supported by Scientific Special Project Funds of Ministry of Agriculture for Non -profit Industry (Agriculture)(201003057)~~
文摘Castor is dicotyledonous annual or perennial herb, which is originally pro- duced in eastem Africa, and successively introduced to Asia, America and Europe. Because of wide adaptability and high survival rate, it is widely grown in various countries, being one of the world＇s ten most important oil crops. Castor has very wide application range, which is recognized as the most promising plant oil in deep processing instead of oil. It has very high development and utilization value, and has been paid attention by a large number of researches. However, the current interna- tional castor seed breach is serious, so the development and utilization of castor in- dustry is restricted. Castro breeding research in China began in early 1950s. Cur- rently, castor breeding technology and variety yield level in China have reached in- ternational advanced level. Although great improvement has been made, there still have space in many ways. Based on long-term castor breeding practice, the paper discusses the feasibility and importance of using wild resources, native variety and imported varieties to improve and innovate germplasm resources of castor, and breed disease-resistant inbred lines and hybrids. According to regional characteristics of castor cultivation in China, the main breeding objectives including high yield and high oil, suitable for mechanized cultivation, high resistance and strong stress toler- ance are put forward in the paper.
基金support for this work provided by the Natural Science Foundation of Jiangsu Province (No. BK2009095)the National Natural Science Foundation of China (No. 51004102)+1 种基金the National Science & Technology Support Project of 11th Five-Year Plan ofChina (No. 2007BAK24B03)the State Basic Research and Development Program of China (No. 2007CB209400)
文摘The driving safety in the laneway is often controlled by multiple disaster sources which include fault fracture zone, water-bearing body, goaf and collapse column. The advanced prediction of them has become a hotspot. Based on analysis of physical characteristics of the disaster sources and comparative evaluation of accuracy of the main advanced geophysical detection methods, we proposed a comprehen- sive judging criterion that tectonic interface can be judged by the elastic wave energy anomaly, strata water abundance can be discriminated by apparent resistivity response difference and establish a reason- able advanced prediction system. The results show that the concealed disaster sources are detected effec- tively with the accuracy rate of 80% if we use advanced prediction methods of integrated geophysics combined with correction of seismic and electromagnetic parameters, moreover, applying geological data, we may then distinguish types of the disaster sources and fulfill the qualitative forecast. Therefore, the advanced prediction system pays an important referential and instructive role in laneway driving project.
基金The study was supported by Hi-tech Research and Development Project of China （No. 2004AA211142）, National Natural Science Foundation of China （No. 30270819）. The development of source materials used in the study was supported by the Rockefeller Foundation.
文摘Rice is the staple food for more than half of the world population. The utilization of the wild abortive cytoplasmic male sterility （CMS） in 1970s has significantly raised rice yield potential. But the world＇s annual rice production will have to increase 70 percent over the next 30 years, to keep up with the demends of the growing population.
基金Supported by the National High Technology Research and Development Program of China （2008AA01A313 ）, the National Natural Science Foundation of China （60772069）, and a Grant from the Centre for Signal Processing of the Hang Kong Polytechnic University （1-BB9c）.
文摘In this paper, the complexity of intra coding is first analyzed so as to achieve a weight of complexity measurement for each intra mode. Then, a new complexity scalable control algorithm for intra coding in H. 264 is proposed, based on the rearrangement of the order of candidate modes and an efficient complexity allocation and control （CAAC） scheme at the macroblock （MB） level. The candidate modes of each MB are rearranged according to the local-edge information. Experimental results show that our proposed algorithm can make an appropriate cut-off point of the candidate modes sequence adaptively according to the current energy condition of a mobile device, so as to adjust the complexity at any level while maximizing the video quality, which can prolong the operational lifetime of the battery with minimum degradation in video quality.
文摘This paper shows： Bosons and Fermions maybe the compounds П of two zero spin particles which are spin-conjugates each other in complex region. There are two kinds of spin-conjugates of zero spin particle： real spin-conjugate （πReal,π） and imaginary spin-conjugate （πImaginary,π）. Using （πReal, π）, Bosons and Fermions of Antimatter ПR could be formed, and using （πImaginary,π）, Bosons and Fermions of Matter П1 could be formed.
基金funding from the European Union Seventh Framework Programme (FP7/2007-2013) under grant agreement no.241718,Eurobioref
文摘The chemical industry is nowadays predominantly using fossil raw materials,but the alternative use of bio-based resources is investigated to account for the foreseeable scarcity of fossil feedstocks.A main challenge of using biobased feedstocks is the complexity of the impurity profile.For an economic production of bio-based chemicals,the use of intensified processes is inevitable and approaches are needed for the various process intensification techniques to identify their applicability to be used for the production of bio-based components.In the presented study,an approach is shown for the reactive distillation(RD) technology to identify the most critical bio-based impurities and their impact on the reactive distillation process.The investigated case-study is the production of n-butyl acrylate from acrylic acid and n-butanol.Among all initially identified impurities,the key impurities,having the biggest impact on the product purity in the reactive distillation process,are found.These impurities are then studied in more detail and an operating window depending on the impurity concentration is identified for the reactive distillation column.Furthermore,an integrated design of upstream and downstream processes is facilitated,as the presented results can be used in the development of the fermentation processes for the production of the bio-based reactants by decreasing the concentration of the critical impurities.
