Примери за използване на Rotation operation на Английски и техните преводи на Български
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Graph EPB5-7 shows CSB-EPB5 is good for rotation operation.
The most advanced examples allow inversion and rotation operations which can slice and project the data set in various ways.
Graph EPB10-7 shows that CSB-EPB10 is most suitable for rotation operation.
Heat-treated steel shaft is recommended in rotation operation and stainless steel and hardened chrome steel shaft is recommended in oscillation operation. .
Refer to Graph EPB13-8,the material CSB-EPB13 is suitable for rotation operation.
Graph EPB6-8 shows the wearing features of CSB-EPB6 is very similar during its rotation operation and oscillation operation so that this material is suitable for most of the applications.
Graph EPB17-7 shows that the material CSBEPB17 is most suitable for the rotation operation.
Graph EPB4-7 shows that CSB-EPB4 is suitable for most of the shaft materials under low loading rotation operation and it is good for hardened carbon steel shaft under high loading rotation operation(see Graph EPB4-7).
Graph EPB17A-7 shows the wearing rate is less in oscillation operation than in rotation operation.
Graph EPB6A-8 shows CSB-EPB6A is commonly suitable for oscillation operation butit features well for the rotation operation when the shaft material is hard chrome and it is good for oscillation operation when the shaft material is carbon steel steel.
Graph EPB3G-8 shows that the wearing feature is better in oscillation operation than in rotation operation.
Friction factor will be slightly decreased along with the speed increasing under certain loading of the rotation operation(see Graph EPB4-4) and it will be slightly decreased along with the loading increasing under certain speed of the rotation operation especially when the loading is less than 30Mpa.
If, for example, the value"12" is preset as the watch winder starts after 12 hours with the rotation operation.
Testing indicates that hardened shaft is best for rotation operation of CSBEPB19.
Graph EPB2-7 shows that CSB-EPB2 is rather suitable for hardened steel shaft andhardened chrome steel shaft under lower loading andGraph EPB2-7 shows that CSBEPB2 wearing feature is better for oscillation operation than of rotation operation.
Graph EPB3M-8 shows that the material is better for rotation operation than oscillation operation. .
It shows that the material CSBEPB3 is better under the oscillation operation comparing with the rotation operation.
Graph EPB5Z-8 shows the wearing rate is less in oscillation operation than in rotation operation especially when the loading is over 20Mpa.
CSB-EPB1 is suitable for hardened chrome steel and hardened steel shaft in oscillation operation and is suitable for hardened chrome steel andhardened steel shaft in rotation operation.
Graph EPB25-7 shows that the wearing of CSB-EPB25 is sensitive to different materials under rotation operation with the loading of 2Mpa.
It induces that the bearing material is good for hard chrome steel shaft under low loading operation condition andgood for hardened carbon steel shaft under high loading rotation operation.
Graph EPB19-7 shows CSB-EPB19 friction factor is variable against different shaft materials in rotation operation under loading of 2Mpa.
Hardened chrome steel shaft and hardened steel shaft is the better choice under oscillation operation and hardened steel shaft andhardened chrome steel shaft is the better choice under rotation operation.
Graph EPB18-8 tells that CSB-EPB18 is suitable for hardened chrome steel andhardened steel shaft in rotation operation or oscillation operation. .
Graph EPB16-8 tells that CSB-EPB16 is suitable for hardened chrome steel and hardened steel shaft in oscillation operation and is suitable for carbon steel andhardened steel shaft in rotation operation.
Graph EPB24-8 shows that the wearing of CSB-EPB24 is better on oscillation operation than on rotation operation.
Under the same condition, the wearing feature of the oscillation operation is much better than that of the rotation operation.
Graph EPB22-8 shows that the wearing feature of CSB-EPB16 is better in oscillation operation than in rotation operation.
Graph EPB8-8 tells that CSB-EPB8 is best for stainless steel and hardened chrome steel shaft in oscillation operation andespecially the hardened chrome steel shaft is the best choice in rotation operation.
From Graph EPB4-8, we can also read that CSB-EPB4 is suitable for stainless steel shaft under oscillation operation and good for hot rolled carbon steel andhardened carbon steel shaft under rotation operation.