"wide range of solutions" is correct and usable in written English.
You can use it whenever you are referring to a collection of various solutions to a particular problem. For example: "We had to think outside the box to find a wide range of solutions to this complicated problem."
Critics have suggested a wide range of solutions, including some radical ones, like significantly reducing the number of people on parole or even ending parole supervision altogether.
Sandia confirmed that the project had been completed: "Sandia is often asked to look at a wide range of solutions to the toughest technical challenges.
Unlike contests, which can carefully control the exposure of assets to elicit a single, narrow solution, complementor platforms must give outsiders more-flexible access to develop a wide range of solutions.
Diagnostic ultrasound is a powerful tool for characterising a wide range of solutions, with devices such as the continuous wave Malvern Ultrasizer at the forefront.
Furthermore, a multiobjective approach provides a wide range of solutions among which the network operator could select the one that best meets its real requirements.
Raising the grade on the infrastructure will require a wide range of solutions in every category, including technical advances, funding, and regulatory changes in public behaviour and support.
Our approach should be applicable to a wide range of solution-processable lanthanide complexes.
In parallel, over forty finite element simulations were performed, examining a wide range of solution variables and their impact on the predicted residual stresses.
We utilize a wide range of solution, vapor and solid-state routes to create high-performance electrochemical devices, such as photo-electrochemical cells, fuel cells, electrolyzers and metal-air batteries.
Fg was adsorbed to a broad range of surface chemistries from a wide range of solution concentrations, with the amount and conformation of adsorbed Fg determined by absorbance and circular dichroism (CD) spectropolarimetry, respectively.
Here, we assess the potential of data-driven models based on machine learning to predict the dissolution rates of various aluminosilicate glasses exposed to a wide range of solution pH values, from acidic to caustic conditions.
