Examples of 'controlled by adjusting' in a sentence
Meaning of "controlled by adjusting"
This phrase suggests that something can be regulated or managed by making necessary adjustments or alterations. It implies that the level or mode of control can be modified or fine-tuned by making specific changes or adaptations to the relevant factors or mechanisms
How to use "controlled by adjusting" in a sentence
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controlled by adjusting
Pump output is controlled by adjusting engine speed.
High rigidity ink blade can not be precisely controlled by adjusting screws.
Tine speed is controlled by adjusting the throttle lever.
The droplet size of the instant sizing emulsions may be controlled by adjusting the pH.
The range was usually controlled by adjusting the gunpowder charge.
Therefore, the width of the selective reflection band can be controlled by adjusting An.
Film thickness can be controlled by adjusting the voltage.
The aim is controlled by adjusting the microscope or the platform supporting the staking nest.
Pellet hardness and fines can be controlled by adjusting the parameters.
This can be controlled by adjusting the resin composition and filler content as described previously.
The thickness of the bridge can be controlled by adjusting an ice thickness sensor.
D50 is controlled by adjusting the speed of the rotary atomizer.
The impression of a night photo can be controlled by adjusting the colour tone.
Nitration can be controlled by adjusting acid concentrations and reaction temperature.
The properties of the end product can be controlled by adjusting the mixing time.
See also
This time is controlled by adjusting the rotating speed of the screw.
The grain structure of the produced strands can be controlled by adjusting the coolant temperature.
Viscosity can be controlled by adjusting the ratio of components in the mixture.
Rinsing can only be stopped manually and can not be controlled by adjusting the level switches.
Clock speed is controlled by adjusting the weight and balance of the pendulum.
The frequency and timing of the retractions can be controlled by adjusting the wheel 50 rotation.
Pump output can be controlled by adjusting the throttle lever to the desired position.
Heliox flow through discharge ports 54a and 54b can be controlled by adjusting the flow control knob 53.
The pressure may be controlled by adjusting the amount of unreacted dihalodifluoromethane and fluoroolefin.
Thus, the particle size distribution can be controlled by adjusting the moisture content.
The pressure may be controlled by adjusting the amount of unreacted perhalofluoroethane and fluoroolefin.
The speed of gelation can be controlled by adjusting various parameters.
The pH is controlled by adjusting the flow of fresh limestone slurry 141 to the crystallizer 134.
The thickness of the alumina layer can be controlled by adjusting the number of cycles.
Velocity is controlled by adjusting the pressure ( compressed N2 ) supplied to the pneumatic cylinder.
The pressure on the plate can be controlled by adjusting the gap at the nip.
This ratio may be controlled by adjusting the gas flow rates in the ion gun.
The gradual onset and removal may be controlled by adjusting the post filter gain.
The temperature was controlled by adjusting the pressure of the injected steam.
As a result, the sampling volume can be controlled by adjusting the fiber diameter.
The temperature may be controlled by adjusting the control setting higher or lower.
And this shearing can be controlled by adjusting the clearance.
The process can be controlled by adjusting the feed current to a desired value.
The desired weight per square meter was controlled by adjusting the pressure between rolls.
Molecular weight can be controlled by adjusting the bath temperature and benzoyl peroxide concentration.
Also, the molecular weight of polymer can be controlled by adjusting the reaction temperature.
The deposition rate was controlled by adjusting the temperature of the deposition crucible.
The distance between the wheels 37 may be controlled by adjusting the connecting member 39.
The porosity is mainly controlled by adjusting the compacting force in the compacting molding process.
In a step 416, the oxygen flow is controlled by adjusting the oxygen valves.
The GHSV can be controlled by adjusting the size of the catalyst bed.
Signal localization can be controlled by adjusting incident polarization.
The swelling ratio can be controlled by adjusting the reaction condition in the curing reaction.
The donut thickness can be controlled by adjusting the filling quantity.
The oxygen flow rate is controlled by adjusting the valve position in the oxygen lines.
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Examples of using Controlled
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Licensing for controlled agents and toxins
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