Sentence examples for em material from inspiring English sources

We propose a full-wave pseudo-analytical numerical electromagnetic (EM) algorithm to model subsurface induction sensors, traversing planar-layered geological formations of arbitrary EM material anisotropy and loss, which are used, for example, in the exploration of hydrocarbon reserves.

Ethical approval was granted by the 'Unidade de Coordenacao de Estudos e Pesquisas em material de Saude' (Ministry of Health) in Guinea-Bissau.

The hybrid combining electrically lossy CNTs and RGO, which disperses in electrically insulating matrix, constructs an electromagnetic wave (EM) absorbing material with ternary hierarchical architecture.

Using Bi2Fe4O9 microplatelets as precursors, we developed a facile etching strategy for three-dimensional porous Bi2Fe4O9 microspheres with reduced graphene oxide (rGO) multilayered sheets for high-performance electromagnetic (EM) absorbing material.

Therefore, combining the CNTs and graphene sheet into three-dimensional structures produces CNT/G hybrids that can be considered as an effective route to design light weight and high-performance EM absorbing material, while the effective EM absorption frequency can be designed.

Thus, one-dimensional CNT@BaTiO3@PANI heterostructures are very promising as a lightweight EM absorbing material.

The role of different hosts in the design of effective EM absorbing materials has also been discussed.

Therefore, the design and processing of high-performance EM-absorbing materials based on CNT and graphene remain a formidable challenge.

An effective way to solve the problem is developing EM wave absorbing materials, which can absorb EM wave effectively and convert EM energy into thermal energy or dissipate the EM waves by interference.

A superb EM wave-absorbing material is expected to possess not only a high RL factor and broad absorption bandwidth, but also a fine thickness and, hence, light weight.

An experimental design, with independent variables of compression force and fillers fraction, was realized to investigate tabletability of electrospun material (EM) and to produce hard tablets with appropriate disintegration time.