The phrase "axis type" is correct and usable in written English.
It can be used in contexts related to geometry, data visualization, or any field that involves categorizing or defining types of axes in graphs or charts.
Example: "In our analysis, we will categorize the data based on the axis type, distinguishing between linear and logarithmic scales."
Alternatives: "axis category" or "type of axis".
The first argument (X_AXIS) defines the axis type, the second argument the position (y=0), and the remaining arguments the initial range for this axis; in this example it doesn't matter what values we use, as explained below, so we pick 0 to 1.
Non-basal shearing forces on the pre-existing ε-martensite in the directions perpendicular to or 30°-inclined from the intersection axis (Type I and II) are responsible for the {1 0 ¯1 2} and {1 0 ¯1 1} ε twins, respectively.
These installations include both the Horizontal and Vertical axis type wind turbines (HAWTs and VAWTs).
There has been much recent interest in the development of Vertical Axis Wind Turbines (VAWTs), especially for use in off-grid or off-shore electricity generation, due to inherent advantages over the more popular horizontal axis types.
The result of over a millennium of windmill development and modern engineering, today's wind turbines are manufactured in a wide range of horizontal axis and vertical axis types.
We also applied major axis type
Following this analysis, we did a major axis type
It is not necessary to do difficult and complex optical alignment process for ammonia analysis than the case of using out-of-plane (z-axis) type optical detector perpendicular to microfluidic devices.
An integrated microammonia analysis system (IMAAS) with microreactor and in-plane (x-axis) type optical source and optical detector with ease and precise optical alignment method using microchannels for optical fiber guide by silicon deep RIE process based on the Berthelot reaction was newly proposed and investigated.
The transition from easy-axis type to easy-plane type can be obtained as the thickness of Fe70Co30 layer increases.
Since the conversion of N2 to NH3 is relatively sluggish in off-axis type hydrothermal environments [16], pathway no. 2 is perhaps more likely to occur in mafic rocks than pathway no. 1.
