Sentence examples for driving form from inspiring English sources
The phrase "driving form" is correct and usable in written English
It is often used to describe the physical stance and posture a person takes while operating a vehicle. Example: "She sat in the car, her hands firmly gripping the steering wheel in perfect driving form."
One key process encountered in the design of the PWM signal model concerns the selection of pulse driving form.
Photos have long been a driving form of content for Facebook, so that's no surprise but is a cool feature.
"We can have the same core code base driving form factors from four inches all the way up to 27-inch ones and everything in between," Klein said.
This study found that young people were not aware of the effects of drugs on driving, formed their perceptions of risk (both of getting caught and of impaired driving) based on other people's experiences, and felt that there were potential benefits to drug driving and substantial barriers to the alternative behaviours (such as using public transport).
This driving force forms the basis for simulations of nucleation and growth in films in which simulation parameters, such as film thickness and temperature, are systematically varied.
In addition, we observe that a population of the oscillators can be entrained to the external periodic driving, forming Arnold tongues similar to those appearing in the case of single oscillator driven by a periodic forcing, as shown in Fig. 3. Refer the detailed explanation and interpretation in the case of coupled noisy oscillators in the next section.
Thus, the time-averaged truncated conical shape of the MO-molecules can be considered as the driving force to form self-assembled nanostructures with negative spontaneous monolayer curvatures.
I suspect the students at the time were the driving force to form teams that would compete inter scholastically.
The mechanism of formation was proposed, and the formation of ice crystals during the shock cooling step in liquid nitrogen were believed to be the driving force to form such unique tubular structures.
The origin of the dipole formation at the dielectric/SiO2 interface is described in Kita's model [16], and in this model, the areal density difference of oxygen atoms at the dielectric/SiO2 interface is the driving force to form the dipole.
DFT calculations show that the reasons for the enhanced carbon-tolerance of Sn/Ni compared to monometallic Ni are high propensity of Sn/Ni to oxidize carbon and lower driving force to form carbon deposits on low-coordinated metal sites.
