1 The Aviation Ministry ... produces sheet aluminium, magnesium alloys, shaped metal products, plastics, and rubber products.

2 Electroplating, magnesium alloy, and other anodic treatment agents.

3 Aluminum coating on AZ 91 magnesium alloy was deposited by arc spraying.

4 The microstructural evolution of semisolid AZ 91 magnesium alloy by SIMA process was investigated.

5 The process flows of magnesium alloy surface alloying and electrophoretic coating were introduced.

6 The mechanical properties of magnesium alloy are affected by the as-cast structure defects of Mg alloy.

7 MB 2 magnesium alloy was deformed by accumulative roll bonding ( ARB ) technology.

8 AZ31 magnesium alloy sheets were rolled by applying a circumferential velocity ratio of 1.125 between the upper and lower rolls in different diameter rolling.

9 Compositions of chromate dacromet bath of magnesium alloy are presented.

10 AZ31 magnesium alloy was accelerated as anode coupled with dissimilar alloys. The rimous corrosion products sticked to the surface of magnesium alloy.

11 Never rusty:By using of aluminium magnesium alloy, the strength is high. After several kinds of surface treating, we can guarantee to keep rustless for at least 30 years.

12 The tensile properties of magnesium alloy AM50 subjected to various hot-working conditions were investigated at different test temperatures.

13 The microstructure of AZ 31 magnesium alloy strip has been analyzed.

14 The first magnesium alloy die casting machine designed by the group is an unprecedented case nationally.

15 Armor C12 convertible notebook has a die-cast magnesium alloy case, and has been tested for drop-shock, moisture, temperature extremes, and resistance to dust and vibration.

16 The galvanic corrosion of AM 60 magnesium alloy is accelerated for the high dust precipitation in Beijing.

17 According to the plastic injection and hot chamber die-casting mould, a suit of mould of magnesium alloy semi-solid injection is designed.

18 By means of reheating experiments and metalloscope, microstructure evolution of AZ91D magnesium alloy extruded by an equal channel angular die is investigated in semi-solid state.

19 The numerical technique is applied to simulate die casting process of semi-solid AZ91D magnesium alloy.

20 In order to increase the quality of castings, it has important meaning to study more effective methods to remove the non-metallic inclusion from molten magnesium alloy.

21 In this thesis, advances in corrosion and protection of magnesium alloy as well as current status in the research of corrosion of magnesium alloy in engine cooling system are summarized.

22 The research indicates that there is magnitude of flower-shaped aliquation in solution-treated ZK60 magnesium alloy.

23 Further study aiming at the development of zincification techniques for magnesium alloy is needed.

24 The invention relates to a two steps electrolytic zinc plating method that coats chemical nickel plating intermediate transition layer on magnesium alloy.

25 The feasibility of the application of magnesium pyroborate whisker to aluminum, magnesium alloy composites was explored.

26 Chromate - free surface treatment process for ZM 5 magnesium alloy was discussed.

27 Effects of master alloy of quasicrystal containing magnesium additions and solution treatment on microstructure and mechanical properties of AZ91 magnesium alloy were studied.

28 Grain refinement, texture controlling and non basal slip system activation improve ductility of magnesium alloy remarkably, which are promising methods.

29 However, the density of flux generally greater than the density of magnesium alloy.

30 Outer conductor material is Aluminum–Mylar Laminate screen, adding The Copper wire or Pure Copper wire or Aluminum Magnesium Alloy wire braiding screen, or only Aluminum tape screen.

31 The application of cast magnesium alloy in avigation, spaceflight automobile and 3C Product are described.

32 Magnesium alloy with lower density, lower viscosity and excellent liquidity is suitable for anti - gravity casting.

33 The squeezed - casting formability of AZ 91 D magnesium alloy in semi - solid state was studied.

34 The absorbed energy property and deformation characteristic of magnesium alloy under high strain rate loading are described.

35 Among the grain refining technologies of magnesium alloy, addition of carbon containing grain refiner is the most effective method.

36 The connection of the magnesium alloy and hetero metal can bring into play each material's inhere characteristic.

37 The results show that the microporosity morphologies transform from fine porosity to microporosity with the increase of the samples thickness of cast magnesium alloy.

38 Effects of vacuum and pouring temperature on thermal transfer between metal-mold interfaces for magnesium alloy LFC process are investigated by thermocouple and computer data collection system.

39 The B300 has a hard-wearing magnesium alloy case resilient to small drops and hard knocks and features a shock-mounted hard disk drive.

40 Based on the numerical simulation and real casting experiment(/magnesium alloy.html), the influence of the slot gate system on the filling and solidification process of the cylindric magnesium alloy casting is studied.

41 This paper investigates improving corrosion resistance of AZ 91 magnesium alloy surface by permeating rare earths.

42 Formability of magnesium alloy ( AZ 31 B ) sheets can be investigated by thermal deep drawing experiments.

43 The oxidation resistibility of magnesium alloy at elevated temperature could be increased by a small amount of Ca addition.

44 The solidification process of magnesium alloy AZ61 under magnetostatic field was researched, and the process without magnetic field was compared with it.

45 The process of cyanide copper electroplating is replaced by the proposed process of pyrophosphate electroplating copper on magnesium alloy.

46 The heat stamping experiment proves the deep drawing property of AZ 31 magnesium alloy sheet.

47 Lightweight and tough Die-cast magnesium alloy bodies offer an excellent combination of light weight and durable strength.

48 In this paper, enhancing the burning point and improving the corrosion resistance and the mechanical property of magnesium and magnesium alloy with the method of alloying are introduced .

49 The damping capacity of the composite is higher than that of magnesium alloy when temperature is elevated due to the contributions of dislocation damping and interface damping in the composite.

50 But magnesium alloy has a hexagonal close-packed (hcp) crystal structure, so they are normally low formability near the room temperature.

51 Flow stress of different temperatures and deformation rate on AZ31B magnesium alloy sheets of different preparation method was studied by tensile test machine and metalloscope.

52 Results show that the foam primarily melts into liquid products instead of gasifying at the pouring temperature of the magnesium alloy.

53 The high molding distortion magnesium alloy with the autogeny allowing the crystal wnganced belongs to the metal technical domain.

54 The microporosity morphology and formation mechanism of cast magnesium alloy was investigated with software for analysis percentage of microporosity and field scanning electron microscopy.