"Would you like to publish and have your paper indexed in Scopus?"
Gabi Ghica
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Dear Respected Colleague,
After carefully examining the scientific research papers that you have shared online, we are thrilled to extend an invitation for you to submit your latest work to our esteemed publication, "JOKULL." Renowned for its groundbreaking scientific research on a global scale, our journal features a diverse range of articles, notes, and reviews within the field of life sciences. Boasting an impressive five-year impact factor of 1.250, "JOKULL" is recognized as a leading platform for the advancement of scientific knowledge.
Here are some key details about our journal:
- Journal Name: JOKULL
- ISSN: 0449-0576
- Impact Factor: 1.250
- Coverage: Science Citation Index Expanded (ISI Thomson Reuters), Index Copernicus, Genamics, and more
Jokull submission page:
Kindly refrain from replying directly to this email.
We are eager to explore the possibility of working together in the future.
Warm regards,
Prof. Dr. S. Chowdhury
Location: Reykjavik, Iceland, IS-125
Let's take a look at our most recent article online:
Title: On existence of several new interfacial SH-waves in dissimilar piezoelectromagnetics of class 6 mm
Abstract: This research report discovers eight new nondispersive interfacial shear-horizontal (SH) waves. The obtained theoretical results correspond to the combination of two sets of different eigenvector components in the propagation problems of the new interfacial SH-waves guided by the perfectly bonded interface between two dissimilar piezoelectromagnetics of symmetry class 6 mm. The explicit forms of the solutions for finding of the propagation velocities and the existence conditions for the new interfacial SH-waves were also obtained. The existence conditions are very important because they allow the existence of the new interfacial SH-waves. This theoretical work and further developments can be also useful for design of various optical and microwave technical devices, as well as the nondestructive testing and evaluation of common interfaces between two suitable piezoelectromagnetic materials. These SH-polarized ultrasonic guided waves can be also useful for some considerations in order to infer changes in the adhesive properties at the interface located within an adhesive bond joining two PEM materials.
