Examples of using Nozzle in English and their translations into Chinese
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Political
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Ecclesiastic
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Programming
Typical objects in this category are fasteners, yaw and yo-yo weights, nozzle covers, lens caps, multiple payload mechanisms and so forth.
Marc Laan, Product Manager VEX/Fire adds:“The‘click and seal' design is a major breakthrough in the nozzle market.
You need the ink to flow out of a nozzle like toothpaste, and it can maintain its shape after it's printed.
For example, when you print, you suddenly hit your printer, and you may cause the nozzle to move to a new location.
(Unless the shape is complex and thin-walled parts require a higher injection speed), the product nozzle position is prone to gas lines.
Generated by air flow at the nozzle outlet low pressure to draw air or other gases, and then discharged to compress it.
To stabilize the engine speed and spray pressure to ensure that the nozzle is well atomized and to ensure uniform spraying.
The nozzle helps reduce the flow from 8 litres to 3 litres a minute,” said Pradeep Surana, another resident.
Inferior consumables will not only affect the quality of printing, serious and even lead to the damage of painting equipment and nozzle.
(3) Pipe support, the installation position of the hanger should not hinder the water spray effect of the nozzle;
Until now, 3D-printed battery efforts were limited to extrusion-based printing, where a wire of material is extruded from a nozzle, creating continuous structures.
And within the limits of the rails, the arm will build the house layer by layer by extruding concrete from the nozzle.
Also, the extruder needs to be at correct height from the bed and the nozzle is at the right distance from the bed.
This bubble expands at a very fast rate(less than 10 microseconds), forcing ink droplets to eject from the nozzle.
For example, an atomizer wheel will give you a wider distribution of particle size while a nozzle will give you narrower distribution.
After the 3D file, the printer now heats the material and squeezes it through the nozzle while moving, one layer at a time.
Using 3D printing, GE dramatically improved the way it manufactures its fuel nozzle injectors for its best-selling LEAP jet engine.
The bubble expands at a very fast speed(less than 10 microseconds), forcing ink droplets to eject from the nozzle.
Ultimately, microspheres range in diameter from 0.04 mm to 0.07 mm and easily pass through a standard 1.7 mm printer nozzle.
A 100 μm nozzle is used with a drop drive frequency of 28,000 drops/second.