The phrase "a combination of steps" is correct and usable in written English.
It can be used when describing a series of actions or procedures that are grouped together to achieve a specific outcome.
Example: "To complete the project successfully, we need to follow a combination of steps that include research, planning, and execution."
Alternatives: "a series of actions" or "a set of procedures".
A time step is a combination of steps enclosing a rhythmic phrase.
Their conclusions are at once gloomy — overfishing continues to threaten many species — and upbeat: a combination of steps can turn things around.
But there was no specific technique until the 17th century, when the most eminent dance teachers, supported by royalty, officially created escuela bolera, a combination of steps from court and regional dances.
Well, that's a combination of steps two and three: you need to clarify the outcome you can realistically expect to achieve given current circumstances, assess your options and capabilities, and then make the best choice you can within the constraints of available resources, capabilities and practical realities.
Part E (Circulation) leads to a combination of Steps 3 and 4, meaning that all of the trainees (except the last trainee) perform the task under verbal instructions of a peer trainee.
Next, do a combination of steps two and three.
So when we walk or run, our bodies tend to choose a particular cadence, a combination of step length and step frequency, that allows us to move at any given speed with as little physiological effort as possible.
This technique is a combination of step-by-step computer calculation and measurement of the aerodynamic force acting on a model structure in a wind tunnel test.
In conclusion, we demonstrate the versatile pattern generation of wafer-scale, highly uniform, well-ordered Si nanostructures with sub-50-nm resolution using a combination of step-and-repeat nanoimprint lithography and metal-catalyzed electroless etching.
A combination of step potential electrochemical spectroscopy (SPECS) and electrochemical impedance spectroscopy (EIS) has been used to examine the electrochemical cycling behaviour of a well-characterized birnessite-phase manganese dioxide sample for use in electrochemical capacitors.
Finally, the results were checked using multi-stepped rods with classical and non-classical boundary conditions as well as a combination of stepped rods and lumped elements to demonstrate the efficiency of this method.
