With the speedy advance of urbanization and the readjustment of the administrative districts ,the radiating function of Kunming city has being reinforced greatly and the city space enlarged as well ,which made the outskirts around be surrounded by right the built regions within the city and many a village has appeared at the same time .
By deep analyses we see the construction of small cities and towns in the west clearly lags the east in the attraction of cities and towns, radiation function, industrial structure, shift of rural labour force, complete facilities and comprehensive complete reforms.
The conclusion is that the rapid development of urbanization in China should lead growth of city clusters,enhance radiation function of central cities,and think much of sustainable development of towns peripherally.
Supported by high tech,central cities will fundamentally enhance their core competitive power,better play the radiation function in the area and lead the sustained and quick regional economic development.
New century has come in, Xi 'an Economic and Technical development Zone is confronting with the new opportunity and challenge, therefore , they put forward to bring into effect the policy of second carve out. According to summarize the experience and lesson from first carve our, they extend more external opening, and entirely integrate the international tradition, and explore more new pattern , and promote the industry structure optimize upgrade, and deepen system innovation, and exert demonstration and radiation function.
, service industry is being greatly favored by foreign investment, therefore the shift of international industry and capital provides a good opportunity for the development of Yangtze River Delta Area including Nantong city.
A method for predicting the dynamics of this parameter as a function of radiation balance and annual evapotranspiration is described.
The intensity and the time correlation function of radiation transmitted through a layer of a randomly inhomogeneous medium are determined by numerical simulation of the Bethe-Salpeter equation for scalar and electromagnetic fields.
The decay of the calcium channel blocker binding site density as a function of radiation dose fits to a monoexponential function.
All scans were 3D-matched to CT, isodose volumes were determined, and changes in glucose metabolism and methionine uptake were evaluated in tumour and brain tissue as a function of radiation dose.
The enthalpy of annealing at room temperature (ΔHanneal) varies sigmoidally as a function of radiation dose.
As the nitrogen concentration in a system of water clusters rises, the power of radiation emitted by the system increases significantly and the number of electrons interacting with the outer IR radiation decreases.
The power of radiation generated by cluster systems at the expense of thermal energy increases considerably when there is one adsorbed argon atom per cluster and decreases with a twofold increase in the number of argon atoms in clusters.
These equations adequately describe the output power of radiation generated in the oscillator from a spontaneous emission noise produced by a dielectric medium and an electron bunch.
The total power of radiation and the power density spectrum are studied both analytically and numerically.
The data of scanning electron microscopy show that the character of microwave action upon polymer microcapsules depends on their composition and on the frequency and power of radiation.
It has been proved through test that porous honeycomb ceramics could be used as transducer of radiation energy in flame furnace so as to realize the purpose of energy-saving.Because the honey-comb ceramics has the character of cavity radiation, the principal equation of cavity radation in it is established. Results calculated shows that cavity in the honeycomb ceramics has the function of directional radiation. therefore , the geometrical specific surface area of honeycomb ceramics should be increased in order...
It has been proved through test that porous honeycomb ceramics could be used as transducer of radiation energy in flame furnace so as to realize the purpose of energy-saving.Because the honey-comb ceramics has the character of cavity radiation, the principal equation of cavity radation in it is established. Results calculated shows that cavity in the honeycomb ceramics has the function of directional radiation. therefore , the geometrical specific surface area of honeycomb ceramics should be increased in order to strengthen the directional radiation
Radiation characteristics of non-isothermal-walled cavity on honeycomb ceramics were studied using numerical equations of heat radiation. Calculated results indicated that the non-isothermalwalled cavity has directional function and the cavity depth ne(?)ded for the radiation is very smell.