The paper deals with current issues of the regional spatial organization based on the identification and analysis of key factors and prerequisites for the formation of urban agglomerations as the most important growth...The paper deals with current issues of the regional spatial organization based on the identification and analysis of key factors and prerequisites for the formation of urban agglomerations as the most important growth centers, integrated with global and regional markets in the conditions of a qualitatively new stage in the history of the Great Silk Road. We assess promising directions and negative effects of development of agglomerated formations and zones of their influence in the Republic of Kazakhstan as a region having an advantageous geostrategic position in the Eurasian space. In Kazakhstan, the current process of urbanization has a multiple- vector nature, and the course of formation of urban agglomerations provides convincing evidence of an increase in their share in settlement and in the total population. It is agglomerated forms of urban development that are a kind of indicator of the onset of maturity in settlement, specifying key points of the socio-economic space, namely： cores of regions, nodes of foreign economic relations and contacts, main areas of new territories development, the most important links in the internal infrastructure, etc. It is urban agglomerations that should act as a kind of special platform of integration processes, on the basis of which the Republic of Kazakhstan should revive its historical role in the development of the global project ＂New Silk Road＂ and become a major trade and logistics, finance and business, innovation and technology, and tourism hub of the Central Asia region, a bridge between Europe and Asia.展开更多
Graphene microfibers are burgeoning modulators with great potential in all-optical communication. One of the critical issues that remains to be understood is the dynamic mechanism of light–graphene interaction. Here,...Graphene microfibers are burgeoning modulators with great potential in all-optical communication. One of the critical issues that remains to be understood is the dynamic mechanism of light–graphene interaction. Here, we propose a power dependent modulation by using 980 nm pump light and 1064 nm signal light via graphene microfiber, and the results show a strong transmission reduction and frequency blue shift with the increase of pump power. The experimental observation is attributed to a stimulated Brillouin scattering process induced by the pump light. Power and frequency variations are a result of energy transition of the scattered phonon in the fiber. This work reveals the nonlinear effect process in the light–graphene interaction and provides a new method for power and frequency control with graphene all-optical modulation.展开更多
The detergent market in China is quite different from the markets of other comsumer goods. TV advertisements basically concentrate on the products of "Ariel", "Persil", "Omo" produced by ...The detergent market in China is quite different from the markets of other comsumer goods. TV advertisements basically concentrate on the products of "Ariel", "Persil", "Omo" produced by the four major detergent corporations in the world—P & G Corporation of the United States, Onilever of Britain and Henkel of Germany. But actually, about 90 percent of展开更多
The development of community businesses and popularized mobile payment will continue to boost China’s citywide020 market.The report'Research on Citywide020 and Community020 Markets'recently released by Roland...The development of community businesses and popularized mobile payment will continue to boost China’s citywide020 market.The report'Research on Citywide020 and Community020 Markets'recently released by Roland Berger analyzes China’s market potential,the prospects of some market segments and corporate development strategies.展开更多
This paper discussed exploring"41635"potential of food for more than 400 million people through developing"Fenlong Agriculture"in China.It clarified that"5.0 Fenlong Technology"is compose...This paper discussed exploring"41635"potential of food for more than 400 million people through developing"Fenlong Agriculture"in China.It clarified that"5.0 Fenlong Technology"is composed of"drill type Fenlong tillage tools+Fenlong farming technology+Fenlong crop cultivation technology standards",and has coupling and interaction"common key technologies in agricultural production,resource utilization and ecological improvement,and"Great Science"connotation and characteristics,the yield increase rate for 40 kinds of crops in 26 provinces in China reached 10%-150%.China uses"5.0"Fenlong Technology"to develop"Fenlong agriculture"to implement the optimization and transformation of 67 million ha of cultivated land,13 million ha of saline-alkali land,and 67 million ha of degraded grassland and related farming systems,excavating its new round of multiple activations and increasing the huge concentration of"gifted resources"such as soil,water,gas,temperature and light,develop"five systems","big pattern","rainfed and environment-friendly"and other types of Fenlong agriculture,so as to increase food,meat,fish and other food sources to feed 400 million people every year,increase natural soil storage by 100 billion m3,reduce groundwater collection by 60 billion m3,reduce the use of chemical fertilizers and pesticides by more than 30%,the comprehensive benefits including yield increase,quality improvement,water saving,chemical fertilizer reduction,ecological protection,and disaster reduction can increase by more than 50%(these are 41635 potential),to realize the objective that a place can feed its people by its own resources.展开更多
基金National Natural Science Foundation of China(4127155641101117)+1 种基金National Natural Science Foundation of China and Russian Foundation for Basic Research(414110106515-56-53037)
文摘The paper deals with current issues of the regional spatial organization based on the identification and analysis of key factors and prerequisites for the formation of urban agglomerations as the most important growth centers, integrated with global and regional markets in the conditions of a qualitatively new stage in the history of the Great Silk Road. We assess promising directions and negative effects of development of agglomerated formations and zones of their influence in the Republic of Kazakhstan as a region having an advantageous geostrategic position in the Eurasian space. In Kazakhstan, the current process of urbanization has a multiple- vector nature, and the course of formation of urban agglomerations provides convincing evidence of an increase in their share in settlement and in the total population. It is agglomerated forms of urban development that are a kind of indicator of the onset of maturity in settlement, specifying key points of the socio-economic space, namely： cores of regions, nodes of foreign economic relations and contacts, main areas of new territories development, the most important links in the internal infrastructure, etc. It is urban agglomerations that should act as a kind of special platform of integration processes, on the basis of which the Republic of Kazakhstan should revive its historical role in the development of the global project ＂New Silk Road＂ and become a major trade and logistics, finance and business, innovation and technology, and tourism hub of the Central Asia region, a bridge between Europe and Asia.
基金International Science and Technology Cooperation Project(2014-10780)National Natural Science Foundation of China(NSFC)(11874299)
文摘Graphene microfibers are burgeoning modulators with great potential in all-optical communication. One of the critical issues that remains to be understood is the dynamic mechanism of light–graphene interaction. Here, we propose a power dependent modulation by using 980 nm pump light and 1064 nm signal light via graphene microfiber, and the results show a strong transmission reduction and frequency blue shift with the increase of pump power. The experimental observation is attributed to a stimulated Brillouin scattering process induced by the pump light. Power and frequency variations are a result of energy transition of the scattered phonon in the fiber. This work reveals the nonlinear effect process in the light–graphene interaction and provides a new method for power and frequency control with graphene all-optical modulation.
文摘The detergent market in China is quite different from the markets of other comsumer goods. TV advertisements basically concentrate on the products of "Ariel", "Persil", "Omo" produced by the four major detergent corporations in the world—P & G Corporation of the United States, Onilever of Britain and Henkel of Germany. But actually, about 90 percent of
文摘The development of community businesses and popularized mobile payment will continue to boost China’s citywide020 market.The report'Research on Citywide020 and Community020 Markets'recently released by Roland Berger analyzes China’s market potential,the prospects of some market segments and corporate development strategies.
基金Special Fund Project for Innovation Driven Development of Guangxi(Gui Ke AA17204037)Key Science and Technology Project of Guangxi(Gui Ke AA16380017)Team Project of Guangxi Academy of Agricultural Sciences(2015YT60).
文摘This paper discussed exploring"41635"potential of food for more than 400 million people through developing"Fenlong Agriculture"in China.It clarified that"5.0 Fenlong Technology"is composed of"drill type Fenlong tillage tools+Fenlong farming technology+Fenlong crop cultivation technology standards",and has coupling and interaction"common key technologies in agricultural production,resource utilization and ecological improvement,and"Great Science"connotation and characteristics,the yield increase rate for 40 kinds of crops in 26 provinces in China reached 10%-150%.China uses"5.0"Fenlong Technology"to develop"Fenlong agriculture"to implement the optimization and transformation of 67 million ha of cultivated land,13 million ha of saline-alkali land,and 67 million ha of degraded grassland and related farming systems,excavating its new round of multiple activations and increasing the huge concentration of"gifted resources"such as soil,water,gas,temperature and light,develop"five systems","big pattern","rainfed and environment-friendly"and other types of Fenlong agriculture,so as to increase food,meat,fish and other food sources to feed 400 million people every year,increase natural soil storage by 100 billion m3,reduce groundwater collection by 60 billion m3,reduce the use of chemical fertilizers and pesticides by more than 30%,the comprehensive benefits including yield increase,quality improvement,water saving,chemical fertilizer reduction,ecological protection,and disaster reduction can increase by more than 50%(these are 41635 potential),to realize the objective that a place can feed its people by its own resources.
