The phrase "imperfect material" is not a commonly used term in written English.
It is possible that it could be used in a technical or scientific context to refer to materials that are not of the highest quality or have flaws or imperfections. However, it would not be appropriate to use in general writing. An example sentence could be: "The researcher was disappointed to find that the sample of steel had imperfect material, causing it to perform poorly in testing."
The imperfect material realm is understood as a copy of the perfect spiritual realm, an idea partly derived from the Platonic doctrine of Ideas, or Forms.
There exist multi-source errors in space deployable structures, such as dimensional error, imperfect material properties, and thermal error in space environment.
It has been demonstrated that the morphology of imperfect material systems is well-described by an appropriate set of statistical descriptors.
And yet, Thomas never abandons the fundamental affirmation of the human capacity to understand apart from revelation the nature of happiness in formal terms and what constitutes its imperfect material status in this life, even as its perfect embodiment in the next remains unattainable to philosophy without the resources of faith.
Theories of senescence that have emerged over the past several decades are based on the concepts that organisms are a byproduct of imperfect structural designs built with imperfect materials and maintained by imperfect processes.
Despite conservators' best efforts, many human creations were simply constructed with imperfect materials and inevitably deteriorate as the years go on.
Upgrading the imperfect human material is all very well, but handling the transition between the superpeople and the ordinary variety promises to be awkward.
Here, random supply can appear due to different reasons such as weather conditions, production process risks or imperfect input material.
The ductile fracture behavior of two-dimensional imperfect lattice material under dynamic stretching is studied by finite element method using ABAQUS/Explicit code.
The most engaging, uplifting and comedic stories come from our efforts to create and sustain love in difficult circumstances with imperfect human materials.
Unstiffened cylindrical shells are very sensitive to geometric imperfections such as production-related deviations from the ideal geometry (conventional imperfections) as well as imperfect boundary conditions, material and wall thickness imperfections (non-conventional imperfections).
