Go to the center of Shanghai

1.

bus line: Metro Line 1, the whole journey is about 8.2km

1. Take Metro Line 1 from people's Square, pass 6 stops, and reach Shanghai Gymnasium station

2. Walk about 510 meters to Shanghai Tourism Distribution Center terminus

2. Delicacy and delicacy delicacy in Shanghai, according to my personal experience and experience. I want to make a of the delicacy of the Oriental Pearl, the Town God's Temple wax museum, the Jinjiang paradise, the Happy Valley new world, the sea hall, the food recommended by several restaurants: Town God's Temple food, Shouning Road, gourmet street, Wujiang Road, snack food street, Pudong Puxi's Peugeot architecture. In the evening, you can visit the Bund, a romantic lover's harbor, and experience the night scene of an international metropolis. Go to the Huanghe and Wujiang Road food street nearby to experience Shanghai's Shanghai style culture. There are a variety of cuisines, and the prices are not very expensive. Shopping can go to Huaihai Road and Xiangyang Road, where you can find some treasures. Most of the above scenic spots are concentrated around the people's Square and the Bund, Metro Line 1 and line 2 can easily reach the route of the ~ ( subway 10 Line (1 station), tin Tong Road, 6 minutes, route 6 station, driving time, minutes, and fare. Out is Qipu Road, no need to walk

3.

The central area of Shanghai is about 3950 square kilometers. The core areas include: Huangpu District (Huangpu District, former Nanshi District, former Luwan District), Xuhui District, Changning District, Yangpu District, Hongkou District, Putuo District, Jing'an District (Jing'an District, former Zhabei District) and the outer ring inner urban district of Pudong New Area (the urban area within the outer ring line of Pudong)

the space in the center of Shanghai is far from saturated, and the development of the Expo plate and the east of Pudong provide space for the development of the central city. Shanghai's "Twelfth Five Year Plan" has initially determined the direction that the central urban area will form a "cross axis" development trend

the horizontal axis is the main axis of urban development from Hongqiao Airport in Puxi to the International Airport in Pudong, and the vertical axis is along the Huangpu River, including Huangpu District, Hongkou District, Yangpu District, and the most important Expo plate

extended data:

in the future, Shanghai will form a number of cluster oriented instrial layout: the central urban area should further enhance the world oriented comprehensive service function matching with the modern international metropolis, and focus on building Lujiazui city on the Bund and Hongqiao Business District on the west end, And the World Expo Park on the Huangpu River service instry corridor; Inverted triangle & quot; The spatial relationship between the two

At the same time, relying on the comprehensive transportation hub of Hongqiao, Hongqiao Business District and coordination zone will be built to make the surrounding area of the central city a new modern service instry cluster, a national headquarters economy cluster and a public business service platform

focusing on the construction of Jiading, Songjiang and Qingpu new towns, we should speed up the construction of regional business activity centers facing the Yangtze River Delta by adjusting the land use structure. The greater Pudong expansion area should carry the functions of international gateway and coastal equipment instry base, and form the development core of the east wing of Shanghai

4. Xujiahui business district? No;

8. The size of the particles is less than 1 mm. Color: black. It is the main raw material of powder metallurgy. According to the particle size, it is usually divided into five grades: coarse powder, medium powder, fine powder, fine powder and ultra-fine powder. The particle size is 150-500 μ The results show that the iron powder with the particle size of 44-150 m is coarse powder μ M is medium powder, 10-44 μ M is fine powder, 0.5-10 μ M is very fine powder, less than 0.5 μ M is ultrafine powder. Generally, it will be able to pass 325 target sieve, i.e. the particle size is less than 44 μ M powder is called sub sieve powder. Iron powder mainly includes reced iron powder and atomized iron powder, which are named because of different proction methods. Proction technology of iron powder, processing method of iron oxide powder and application of iron powder
1. A rapid preparation process of sponge copper
2. Iron powder brick for steel-making raw materials and its manufacturing method
3. Reced iron powder with low loose density and its manufacturing method
4. Soft magnetic core pressed by iron powder in automobile ignition coil and its manufacturing method
5 A method for preparing iron oxide black from iron sludge proced by iron powder rection process in chemical proction
6. Method for manufacturing nano iron oxide powder
7. Method for preparing high activity reced iron powder and p-toluidine
8. Method for procing organic procts by iron powder rection process and procing iron oxide black at the same time
9. Method for manufacturing sponge iron Rection iron powder and its manufacturing method
10. Preparation method of porphyrin iron powder
11. Preparation method of iron powder from converter st or sludge and its procts
12. Iron powder composition containing thermoplastic resin and its preparation method
13. Preparation method of iron powder
14. Iron powder core, iron powder used for iron powder core and its preparation method
15 A resin iron powder stator and its manufacturing method for motor
16. Preparation process of ultra-fine carbonyl iron powder
17. Method for repairing damaged rail without blocking the circuit and its special spray welding torch and rail iron powder
18. High efficiency low st iron powder welding rod
19. Method for treating sewage containing heavy metals with magnetic cast iron powder
20. Method for manufacturing high capacity active iron powder
21 Methods of direct synthesis of ferric chloride from iron containing st
22, process of preparing iron oxide powder for ferrite from st of oxygen blowing open hearth furnace
23, high efficiency basic low hydrogen type iron powder electrode
24, high efficiency iron powder electrode of reced ilmenite type
25, a method of recycling cast ferrosilicon powder
26, copper iron powder metallurgy bushing and its manufacturing process
27 Methods of procing microalloyed iron powder by rection grinding and beneficiation method
28, method of casting cylinder liner by recovering cast iron powder from white coal furnace
29, technology of extracting iron powder from waste resie of sulfuric acid instry by static electricity
30, isotope measurement system of iron content in iron powder material
31, preparation method of procing 1.5,1.8-diaminonaphthalene mixture by adding iron powder
32, high iron phosphate powder and its preparation method
33 Water atomized iron powder for powder metallurgy and its manufacturing method
34, high efficiency iron powder weather resistant steel electrode
35, continuous iron powder filtration deoxidizer and continuous iron powder filtration deoxidizer
36, a method of making pig iron from iron containing st
37, a method of bonding slag iron powder
38, a method of extracting iron powder from fly ash and smelting pig iron
39 Methods for preparing high-purity iron powder
40, iron powder after phosphating treatment and its manufacturing method
41, a method for treating high zinc and iron containing st
42, silicon containing iron powder
43, magnet powder and isotropic rare earth bonded magnet
44, preparation methods for high-purity ultra-fine electronic grade iron oxide powder
45 Preparation methods of self propagating high temperature synthesis of ferrosilicon nitride powder
46, preparation methods of iron powder for powder metallurgy from converter sludge
47, magnetic powder and isotropic bonded magnet
48, chemical preparation methods of a kind of nano metal iron powder
49, magnetic powder and isotropic bonded magnet
50, manufacturing methods of magnet materials, thin strip magnet materials, magnetic powder and isotropic bonded magnet materials Magnetic powder and bonded magnet
51, method of procing pellet from refined iron powder extracted from steel slag
52, nano composite magnetic powder and manufacturing method of magnet
53, ferrite magnetic powder, magnet using the magnetic powder and manufacturing method thereof
54, magnetic powder, manufacturing method thereof and bonded magnet using the magnetic powder
55 Iron based alloy permanent magnet powder and its manufacturing method
56, magnet powder and isotropic bonded magnet
57, magnet powder and isotropic bonded magnet
58, magnet powder and isotropic bonded magnet
59, manufacturing method of warm compaction iron powder
60, magnet powder and its manufacturing method
61, cooling roller, thin strip magnet material Magnet powder and bonded magnet
62, magnet powder, manufacturing method of magnet powder and bonded magnet
63, magnet powder, manufacturing method of magnet powder and bonded magnet
64, magnet powder and isotropic bonded magnet
65, magnet powder and isotropic bonded magnet
66, rusted cold solid mass containing iron st
67, cooling roller Manufacturing method of magnet material, thin strip magnet material, magnet powder and bonded magnet
68, ferrite magnet powder and magnet using the magnet powder and its manufacturing method
69, cooling roller, thin strip magnet material, magnet powder and bonded magnet
70, manufacturing method of magnet powder and magnet powder and bonded magnet
71, thin strip magnet material Magnetic powder and rare earth bonded magnet
72, manufacturing method of magnetic powder, magnetic powder and bonded magnet
73, a method for preparing alloy iron powder by recing iron and steel scale and iron concentrate
74, manufacturing method of high weatherability magnetic powder and procts obtained
75, high weatherability magnetic powder and magnet using the magnetic powder
76, containing iron powder Powder composition of aggregate of additive and flowing agent and its preparation method
77, preparation method of nano particle iron powder
78, iron powder cored wire for steelmaking
79, medium strength iron powder intensifier proced from spherical steel powder of bearing and its preparation method
80, ferromagnetic metal based powder Methods for manufacturing iron powder core and ferromagnetic metal based powder made from them
81, methods for procing iron oxide black from iron mud proced in iron powder rection process
82, a kind of iron powder glass reinforced plastic blackboard
83, iron powder ore magnetization furnace
84, electronic iron powder core
85, reinforced cast iron crushing hammer
86, grinding cylinder without iron powder and vibration mill for recing noise
87 Iron powder fixed bed with loose medium
88, yellow sand iron powder separator
89, iron powder filtration ion exchange deaerator
90, automatic continuous iron powder filtration ion exchange combined deaerator
91, electrolysis device for procing high purity electrolytic iron powder from iron waste
92, sponge iron powder briquetting machine
93, water atomized iron and steel powder dryer
94, water atomized iron and steel powder drying machine
94, water atomized iron and steel powder drying machine
90, water atomized iron and steel powder drying machine
90, water atomized iron and steel powder drying machine < Unpowered steel powder mixing machine
95, iron and steel powder high temperature rection furnace
96, iron and steel powder crushing device
97, ball mill crushing small steel ball and iron scrap iron separation and clearance device
98, steel powder mixing machine
99, coke oven gas rection iron ore powder to proce iron powder,
101, iron powder composition containing amide lubricant and its preparation method
102, iron powder composition containing amide lubricant and its preparation method
103, one-step atomization of iron powder
104, recovery method of nano iron powder in cold rolling emulsion
105 A method of procing reced ferrotitanium powder, iron powder, secondary recycling of waste iron oxide powder desulfurizer, magnet powder and isotropic bonded magnet, magnet powder and isotropic bonded magnet, ultra-fine continuous processing technology of ferrosilicon powder, composite iron powder prepared by aluminum magnesium alloy for degradation of halogenated organic compounds in water A method for recycling blast furnace iron making st
112, a method for recing nitrobenzene by iron powder to proce iron oxide black and procing anilines sulfate
113, a method for extracting pig iron from st of iron powder plant
114, an ultra-low hydrogen type high efficiency iron powder electrode for low alloy high strength steel
115, a method for extracting iron powder from converter st
116 Methods for preparing natural microalloyed iron powder from vanadium titanium iron concentrate by microwave irradiation
117, a method for preparing iron oxide powder
118, a method for preparing iron oxide powder
119, an iron powder absorbent and its preparation method and application
120, an iron powder absorbent and its preparation method and application
121, a method for preparing sponge iron and reced iron powder Sponge iron and loading device
122, manufacturing method of anisotropic magnetic powder
123, preparation method of ultrafine / nano iron oxide / iron powder
124, rare earth anisotropic magnetic powder
125, determination method of total chlorine content in iron ore and iron oxide powder
126, dry extraction method of fine iron powder from steel slag powder
127 The invention relates to iron powder ball for steelmaking and its preparation method, rapid degradation of polybrominated diphenyl ethers by nano iron powder, recovery process of slag iron ball and slag iron powder from steel iron slag, oil filter oil iron powder separation device, hot pressing equipment for direct rection of iron powder and calcination additive and its application method A preparation method of nano iron powder
133, warm pressing iron powder and its preparation method
134, separation process method of blast furnace iron st
135, an oil filter oil iron powder separation device
136, semi continuous method of iron powder recing DNS sodium salt to prepare DSD acid
137, method of iron powder recing DNS sodium salt to prepare DSD acid
138 The invention relates to a binder for preparing iron powder ball from iron powder and the prepared iron powder ball, a device for continuously removing iron block and iron powder contained in slag, a device for manufacturing pressed iron containing recing material of direct reced iron powder and a device for manufacturing molten iron using the device, a method for preparing nano iron powder, and a method for preparing nano iron powder Brass coated iron powder oil-bearing
143, pure copper coated iron powder oil-bearing
144, iron powder core grinding device and its method, and its finished proct
145, equipment for manufacturing pressed iron containing rection material of direct rection iron powder, and equipment for manufacturing molten iron using the equipment
146 Equipment for manufacturing pressed iron containing rection material of direct rection iron powder and equipment for manufacturing molten iron using the equipment
147, equipment for manufacturing pressed iron containing rection material of direct rection iron powder and equipment for manufacturing molten iron using the equipment
148, equipment and method for manufacturing molten iron directly using pulverized coal or lump coal and iron powder ore Using their combined steel plants and methods
149, palygorskite supported carbonyl nickel powder, carbonyl iron powder and their preparation methods
150, a method of directly recing hematite or limonite to proce iron powder
151, iron supplement of loaded ultra-fine iron powder and its preparation methods and uses
152, iron powder, as a food additive Food additives and iron powder manufacturing methods
153, iron oxide powder solid purification method
154, foam iron powder brake pad
155, nano SiO2 coated carbonyl iron powder proction method
156, calcium carbonate, iron powder composite desulfurizer
157, manufacturing iron powder brick used for steelmaking raw materials, preparation method, preparation of nanometer alumina dispersion iron powder method, Development of high temperature resistant iron powder core

9.

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