gent asphalt distributor XZJ5250GLpermeable layer, underlayer sealing, and cohesive layer

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 1 unit/month

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		Unit	XZJ5250GLQ
Spraying width		mm	200-6000
Asphalt spraying dosage		kg/m²	0.2～3.0
Asphalt tank capacity		L	13000
Max.total weight		t	25
Spraying precision			±1.5%
Chassis	Model		ZZ1257M4647C
	Engine power	kw	198
	Site transfer speed	km/h	≥80
Spraying medium			Emulsified asphalt, hot (modified) asphalt, Kerosene cutback asphalt
Heating			Diesel burner
Fuel tank		L	400
Electrical system		V	24
Dimension			10830×2496×3900

intelligent asphalt distributor can be applicable to the construction of permeable layer, underlayer sealing, and cohesive layer, as well as the fog seal for each grade of asphalt highway, featuring high precision spraying, reliable performance, and convenient operation. It is the ideal equipment for the construction and maintenance of asphalt road.

Q: In what ways did the increased use of machinery affect workers and working conditions?: Workers production increased a thousand-fold

Q: How do you define host-cell machinery?: Definition Of Host Cell

Q: Forget the manufacturing price, because if electric-powered supplies were used in the early modern times, then it would set the standards of the supplies' price,thus available to the public in an affordable price.If only people didn't make use of the fossil fuels, the world would be a much better place, since CO2 emissions would be less. But back to the question, is the fact that electricity can be used to power carbon-emitting machines of today?There's also solar energy, so I'm really lost here.: where does the electricity come from? What powers the turbines that spin the generators?

Q: For example if i lost my arm or someone loosing there leg. Do you think technology will ever come to a point that they will replace it with some machinery; which will it seem as it were my normal arm.: a new techonology must be developed first. It has to deal specifically with not only the biomechanics of the human muscoskelatal system, but also the physiodynamics involved in getting signals to fire those muscles properly. this field could be called biomimetics, and it's main focus in it's infancy should be nanoinnervation, where an electronic interface is provided by bridge circuits comprised of 1/2 biological cellular base circuits, and the other 1/2 completed to the cybernetic limb by means of a bioreactive feedback circuit, composed of an input CPU, and BFC controller, and finally a signal interpreter and output bus, generally running in conjuntion with a gate biological/electronic ( cybernetic) diodic device. ( think thin film quartz resistance feedback potentiometers that allow the BFC to make decisions on bioproprioception using the gate circuit as input/feedback loop.

Q: Suppose that a piston is moving straight up and down and that its position at time t seconds iss = Acos(2πbt)with A and b positive. The value of A is the amplitude of the motion and b is the frequency(the number of times the piston moves up and down each second). What effect does doubling the frequency have on the piston's velocity and jerk?Follow up question, why does machinery break when you run it too fast?: Q1 === If you double the frequency, this means that you are doubling the number of times that the cylinder goes up, hits it's highest point, turns around and comes back down again in a second. You must be doubling the distance the piston travels. The time is one second, so effectively you are doubling the speed. Q2 === Jerk in this sense is one of those wonderful descriptive words that works in the real world, but is hard to put into a formula. I wonder if you have to do that. Certainly the force increases because the turn around time is much smaller when the frequency is doubled. That means time in this formula F = m*(vf - vi)/t is much smaller and that makes the force larger. Q3 == So machinery must break down because the force on moving the piston up and down has become much larger.

Q: 18. FORCE IN=FORCE OUT Which simple machine can't give less force out than in?a. A pulleyb. Hydraulic Cylinderc. Inclined Planed. Lever: c. Inclined Plane Assume the movement directed downward. F_output F_input

Q: why i am asking this is some r saying it has be capitilised on the basis of production and my question is what is relation b#92;w production and claim to be capitilised?: That's a question for a tax accountant or chartered accountant; this is auto insurance. Try the Business and Finance forum for a better answer.

Q: does anyone know which three companies/research groups are working on the human genome decoding machinery in the San Jose CA area? An article appeared in the San Jose Mercury News concerning it on 6-8-09 but I don't have access to it. Thank you: The three companies mentioned in the article were: ? Applied Biosystems, Foster City, CA ? Pacific Biosystems, Menlo Park, CA ? Complete Genomics, Mountain View, CA. I happened to run across a fourth rival company: ? Helicos Biosciences, Cambridge, MA

Q: Who sold Iran the centrifuges and other machinery that gave them the potential to make nukes ?: The Russians , in a last ditch attempt to make money before the Soviet Union dissolved