The phrase "allow one to apply" is correct and usable in written English.
It can be used in contexts where you are discussing permissions or opportunities for someone to make use of something, such as a rule, principle, or method.
Example: "The new policy will allow one to apply for additional funding if certain criteria are met."
Alternatives: "enable one to utilize" or "permit one to use".
For domain scientists, this problem is akin to one of fitting a model (e.g., a polynomial of order n) to data in those cases, information criterion approaches allow one to apply a penalty on the polynomials of higher order (due to larger available degrees of freedom) that must be overcome for models with higher n to be preferred over those with lower n.
The matched depth-interpolated image features allow one to apply registration with known correspondences.
Your average citizen has little chance of getting access to such tapes even under freedom of information laws, which allow one to apply for documents held by government agencies.
These setups allow one to apply a stable DC bias voltage to the device and to measure the resulting current flowing through the tip as the sample surface is scanned in contact mode.
The proposed algorithms are based on a convolutional representation of GNSS signals that allows one to apply the concepts of ZF and MMSE equalization to the signal sub-carrier.
These special formations have a clear practical interpretation, and their analysis allows one to apply a new data mining technique of classifying financial instruments based on stock prices data, which provides a deeper insight into the internal structure of the stock market.
We then describe a novel empirical studies' model, and the transformation to BPMN, allowing one to apply our formal semantics for analysing different kinds of workflows.
A better understanding of structure-stability-function relationships of family 10 xylanases allows one to apply these governing molecular rules to engineer other TIM-barrel fold proteins to improve their stability and retain function(s) under adverse conditions.
Hydrodynamic calculations and oxygen reduction measurements confirm that even at the fastest rotation speeds used in this type of measurement (i.e., 1600 rpm), the laminar flow regime (Re ≈ 56) is maintained, allowing one to apply classical RDE analysis.
However, relative smallness of the off-diagonal Coulomb interaction with respect to the energies E je allows one to apply a perturbation theory.
