The phrase "absorbent line" is correct and usable in written English.
It can be used in contexts related to materials or products that have the ability to soak up liquids, such as in textiles or packaging.
Example: "The absorbent line of towels we offer is perfect for quick drying after a shower."
Alternatives: "absorbent material" or "absorbent product".
The proposed method is validated against analytical solutions for a homogeneous acoustic absorbent lining.
The proposed method treats a single cell of a periodic acoustic absorbent lining in isolation.
The performance of an acoustic absorbent lining can be significantly enhanced by introducing holes inside the lining.
Numerical examples for the linings with different optimized results are presented to demonstrate the performance of the optimized absorbent lining.
The reflection and transmission characteristics of acoustic absorbent lining are calculated simultaneously using the acoustic duct theory.
In this paper, a simulation-based design approach that combines the acoustic finite element method (FEM) and acoustic duct method (ADM) with a multi-variable optimization technique is proposed for the design synthesis of the acoustic absorbent lining.
The zero-order optimization method is applied to optimize the various design variables, such as Young's modulus of the material, damping loss factors and the diameters of cylindrical holes, etc., to achieve the desirable acoustic performance of the absorbent lining at a single frequency of interest.
The absorbent lining then removes the small residue.
The waffle-iron is placed nearest the microwave chamber to first reduce the energy to a level which will not cause the absorbent lining to overheat.
In Design 3, the compact 'implantable' PTT attached directly to the collar makes the bracket redundant, and the non-absorbent neoprene lining protects from abrasion and infection.
