The phrase "allows for material" is correct and usable in written English.
It can be used in contexts where you are discussing the provision or availability of resources or items necessary for a particular purpose.
Example: "The new policy allows for material to be allocated more efficiently to various departments."
Alternatives: "permits resources" or "facilitates the provision of materials."
This potentially allows for material systems with much simpler chemistries than most shape memory polymers and thus can facilitate more rapid material development and insertion.
The FE model was implemented into a computer program named ANALEST, developed by the authors, which allows for material and geometrical nonlinear analysis of RC beams and frames.
This manual method is based on the amplification factor approach for elastic, rectangular frames in the Canadian steel design code, but allows for material and geometric nonlinearity of both rectangular and non-rectangular frames on a consistent basis.
In this case, the indoloquinoxaline building block is neither strongly electron rich or deficient which allows for material optoelectronic properties to be largely dictated by the character of the molecular core, as shown through the incorporation of three different core units, a weak thiophene donor, a strong benzodithiophene donor and an isoindigo acceptor.
This view forms the basis of one of the central paradoxes of the eucharistic debate: material signs only indicate, but do not participate in, higher truths, but at the same time, the material manifestation of the eucharist demands an ontology which allows for material manifestation of spiritual truth.
The proposed assignment allows for material characterization based on parameters that contribute to properties in applications such as biodiesel fuels.
The model allows for materials formulation and exposure source intensity variables to be included in stereolithography inverse problem solutions, and could be applied to other cross-linking based photopolymerization systems.
Control of electromechanical properties allows for materials to be tailored for specific applications.
The intensive quenching process is shown to be superior to the oil quenching process in regards to both residual stresses and strength, allowing for material removal accounting for 3% of the shaft weight.
BEH-PPVs are obtained in the range of 3000 to 16,000 g mol−1, whereby dispersity decreases with decreasing molecular weight, allowing for materials with a PDI of 1.1 for the smallest PPV chain.
The captured information allows for the material specification development.
