Babylon Governorate covers an area of 5315 km2 with a population that reaches about 1,974,490 inhabitants in the central part of Iraq. Iraq produced 31,000 tons/day solid waste in 2013. The Governorate of Babylon prod...Babylon Governorate covers an area of 5315 km2 with a population that reaches about 1,974,490 inhabitants in the central part of Iraq. Iraq produced 31,000 tons/day solid waste in 2013. The Governorate of Babylon produces annual 483,221 tons of solid waste. Management of collection and disposal of waste in Babylon Governorate is done through open dumping of waste and poor collection process. These sites do not conform to the scientific and environmental criteria applied in the selection of landfill sites. To find out how much solid waste is expected in the future, two methods were used to calculate the population growth in Babylon Governorate to the year 2030. The results showed that the total waste in 2030 will be 761,104 tons and 943055 tons while the cumulated quantity of solid waste expected till 2030 was 12,494,521 tons and 14,095,437 tons according to the first and second methods respectively.展开更多
Babylon Revisited is one of Fitzgerald's greatest stories. In this story, the protagonist Charlie comes to Paris to get custody of her daughter Honoria from his wife's sister Marion, to whom the child is entru...Babylon Revisited is one of Fitzgerald's greatest stories. In this story, the protagonist Charlie comes to Paris to get custody of her daughter Honoria from his wife's sister Marion, to whom the child is entrusted after Charlie fell apart several years ago. However, he is prevented by his late wife's sister Marion for her selfishness and jealousy. Perhaps, Fitzgerald wants us to question whether Charlie is really prepared for parenting. The story hints that he isn't, because it provides many hints that he has not separated himself enough from his past bad habits.展开更多
The megalopolis is a unique system that offers unique opportunities for a person.But in return,this system requires respecting its rules of life,as well as creating and maintaining new social relationships.This is a v...The megalopolis is a unique system that offers unique opportunities for a person.But in return,this system requires respecting its rules of life,as well as creating and maintaining new social relationships.This is a very complex problem especially for religious sphere,because there are a lot of different religion representatives in megalopolis.Babylon is a symbol of megalopolis.Megalopolis problems can be called Babylon problems.New megalopolis religion(the religious rules)can be called New Babylon religion.In order to explore the religious code(rules)for the megalopolis life,this paper makes an analysis from the following three aspects:the religion problems existing in the megalopolis;the general sources of world religion;and the relationship between religion and modern science.Finally,the conclusion is drawn that the modern life of society in a megalopolis allows individualizing not only educational,but also religious sphere,which will create the necessary feedback effect and help to solve internal conflicts of residents at their initial stage,as well as to create common religious rules for megalopolis—our common home.展开更多
Groundwater is one of the main resources from the earth, especially for arid or semiarid countries. For this reason, it is very important to keep it unpolluted. Drastic Model is one of the widely used models to detect...Groundwater is one of the main resources from the earth, especially for arid or semiarid countries. For this reason, it is very important to keep it unpolluted. Drastic Model is one of the widely used models to detect groundwater vulnerability to the contaminants that are found on ground surface. In this model, it is assumed that the vulnerability of the groundwater is affected by seven hydrological parameters. They are: depth from the surface ground to groundwater, net recharge into the aquifer from the surface, aquifer media, soil media, area topography, impact of vadose zone and aquifer hydraulic conductivity. In this study, the DRASTIC model was applied on the northern part of Babylon governorate in Iraq, to predict the vulnerability of Groundwater in that area. The results indicate that the vulnerability is very low to low grade.展开更多
Iraq is located in the Middle East with an area that reaches 437,072 km2 and a population of about 36 million. This country is suffering from severe electricity shortage problems which are expected to increase with ti...Iraq is located in the Middle East with an area that reaches 437,072 km2 and a population of about 36 million. This country is suffering from severe electricity shortage problems which are expected to increase with time. In this research, an attempt is made to minimize this problem by combining the borehole thermal energy storage (BTES) with a heat pump, the indoor temperature of a residential building or other facility may be increased or reduced beyond the temperature interval of the heat carrier fluid. Due to the relatively high ground temperature in Middle Eastern countries, the seasonal thermal energy storages (STES) and ground source heat pump (GSHP) systems have a remarkable potential, partly because the reduced thermal losses from the underground storage and the expected high COP (ratio of thermal energy gain to required driving energy (electricity)) of a heat pump, partly because of the potential for using STES directly for heating and cooling. In this research, groundwater conditions of Babylon city in Iraq were investigated to evaluate the possibility of using GSHP to reduce energy consumption. It is believed that such system will reduce consumed energy by about 60%.展开更多
文摘Babylon Governorate covers an area of 5315 km2 with a population that reaches about 1,974,490 inhabitants in the central part of Iraq. Iraq produced 31,000 tons/day solid waste in 2013. The Governorate of Babylon produces annual 483,221 tons of solid waste. Management of collection and disposal of waste in Babylon Governorate is done through open dumping of waste and poor collection process. These sites do not conform to the scientific and environmental criteria applied in the selection of landfill sites. To find out how much solid waste is expected in the future, two methods were used to calculate the population growth in Babylon Governorate to the year 2030. The results showed that the total waste in 2030 will be 761,104 tons and 943055 tons while the cumulated quantity of solid waste expected till 2030 was 12,494,521 tons and 14,095,437 tons according to the first and second methods respectively.
文摘Babylon Revisited is one of Fitzgerald's greatest stories. In this story, the protagonist Charlie comes to Paris to get custody of her daughter Honoria from his wife's sister Marion, to whom the child is entrusted after Charlie fell apart several years ago. However, he is prevented by his late wife's sister Marion for her selfishness and jealousy. Perhaps, Fitzgerald wants us to question whether Charlie is really prepared for parenting. The story hints that he isn't, because it provides many hints that he has not separated himself enough from his past bad habits.
文摘The megalopolis is a unique system that offers unique opportunities for a person.But in return,this system requires respecting its rules of life,as well as creating and maintaining new social relationships.This is a very complex problem especially for religious sphere,because there are a lot of different religion representatives in megalopolis.Babylon is a symbol of megalopolis.Megalopolis problems can be called Babylon problems.New megalopolis religion(the religious rules)can be called New Babylon religion.In order to explore the religious code(rules)for the megalopolis life,this paper makes an analysis from the following three aspects:the religion problems existing in the megalopolis;the general sources of world religion;and the relationship between religion and modern science.Finally,the conclusion is drawn that the modern life of society in a megalopolis allows individualizing not only educational,but also religious sphere,which will create the necessary feedback effect and help to solve internal conflicts of residents at their initial stage,as well as to create common religious rules for megalopolis—our common home.
文摘Groundwater is one of the main resources from the earth, especially for arid or semiarid countries. For this reason, it is very important to keep it unpolluted. Drastic Model is one of the widely used models to detect groundwater vulnerability to the contaminants that are found on ground surface. In this model, it is assumed that the vulnerability of the groundwater is affected by seven hydrological parameters. They are: depth from the surface ground to groundwater, net recharge into the aquifer from the surface, aquifer media, soil media, area topography, impact of vadose zone and aquifer hydraulic conductivity. In this study, the DRASTIC model was applied on the northern part of Babylon governorate in Iraq, to predict the vulnerability of Groundwater in that area. The results indicate that the vulnerability is very low to low grade.
文摘Iraq is located in the Middle East with an area that reaches 437,072 km2 and a population of about 36 million. This country is suffering from severe electricity shortage problems which are expected to increase with time. In this research, an attempt is made to minimize this problem by combining the borehole thermal energy storage (BTES) with a heat pump, the indoor temperature of a residential building or other facility may be increased or reduced beyond the temperature interval of the heat carrier fluid. Due to the relatively high ground temperature in Middle Eastern countries, the seasonal thermal energy storages (STES) and ground source heat pump (GSHP) systems have a remarkable potential, partly because the reduced thermal losses from the underground storage and the expected high COP (ratio of thermal energy gain to required driving energy (electricity)) of a heat pump, partly because of the potential for using STES directly for heating and cooling. In this research, groundwater conditions of Babylon city in Iraq were investigated to evaluate the possibility of using GSHP to reduce energy consumption. It is believed that such system will reduce consumed energy by about 60%.
