英語 での Accelerating voltage の使用例とその 日本語 への翻訳
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Accelerating Voltage: 120kV.
Wide range of accelerating voltage settings.
Accelerating voltage 0.1kV to 30kV.
Energy selection at low accelerating voltages.
Max. accelerating voltage:200kV.
GB mode improves resolution at low accelerating voltage.
Ion accelerating voltage 2 to 8kV.
GBSH is a method which improves spatial resolution at any accelerating voltage.
Accelerating voltage 1- 5kV(continuous variable).
Table 2: A filled-in table of the data collection for a particular accelerating voltage.
Accelerating voltage 1 -30kV(according to the SEM basic specification).
The topmost surface imaging at low accelerating voltage by Gentle Beam mode(GB).
Accelerating voltages of 300 kV and 80 kV are provided in the standard configuration.
Then calculate the average for both varying accelerating voltage and varying X&Y locations conditions.
Detector sensitivity is highly improved andhigh compositional contrast image can be observed at low accelerating voltage.
As an option, accelerating voltages are selectable in the range from 40 kV to 300 kV to adapt for wide field of applications.
In some applications, the filament output"floats" on the accelerating voltage.(Bertan High Voltage). .
Do not exceed 3,500 V for the accelerating voltage, and turn the accelerating voltage down to zero when measurements are not being taken.
GBSH(GENTLEBEAM™ Super High resolution mode)provides us high spatial resolution images at ultra low accelerating voltage.
Next, repeat the full experiment, while this time keeping accelerating voltage constant, and varying the X, Y and X, negative Y locations.
This detector always enables the acquisition of high-contrast and quantitative STEM images,irrespective of accelerating voltage settings.
GBSH allows you to select the accelerating voltage best suited to the application, from specimen surface observation to nano-scale element analysis.
Data management is carried out byautomatically collecting the parameters such as magnification and accelerating voltage along with analysis data.
Guaranteed resolution of 1.6 nm at a low accelerating voltage of 1 kV is delivered by a magnetic/electrostatic hybrid conical objective lens, GB mode and in-lens detector.
In this part of the experiment, record five sets of data,each with a different accelerating voltage with the same(X, Y) and(X,- Y) combination.
The low-aberration hybrid lens and GB(Gentle Beam mode)enables high resolution observation of insulating materials at very low accelerating voltage.
This allows the user tp-obtain probecurrent from a few pA to a few decades nA even at low accelerating voltage. The system provides users high resolution observation, high-speed element mapping and EBSD analysis.
The JSM-7500F features an optical system that includes a semi-in-lens type objective lens,which can collimate the electron beam even at low accelerating voltages.
The maximum permissible thickness varies with the elements making up the sample(high atomic number elements are less transmissive)and the beam accelerating voltage(higher accelerating voltages enhance beam penetration), but it is typically in the range of one hundred to several hundred nanometres.
In addition to low-vacuum observation and element analysis, the JSM-IT100 accommodates a 5-axis motor drive stage.*An option to extend the accelerating voltage up to 30 kV is also available*.