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Journal of China University of Petroleum (Edition of Natural Science)

Journal of China University of Petroleum (Edition of Natural Science)

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Clinical Medicine of China (ISSN:1008-6315) Waiguo Yuyan yu Wenhua China Biotechnology (ISSN:1671-8135)

Journal of China University of Petroleum (Edition of Natural Science)

Journal of China University of Petroleum (Edition of Natural Science) (ISSN: 1673-5005) is a monthly peer-reviewed scopus indexed journal from 2006 to up to now. The publisher of the journal is Ed. Off. Journal of the Univ. Petroleum, China . JCUP welcomes all original papers of engineering, earth science around the world from any sorts of professionals.

01ISSN: 1673-5005

Aim And Scope

Chemical Engineering Mechanical engineering, Energy science Geotechnical Engineering and Engineering Geology Fuel Technology Electrical and electronic engineering Earth and planetary sciences Mechanical engineering Computer science and engineering Energy Engineering Power Technology Energy Engineering Electrical and telecommunication engineering Energy science Control and Systems Engineering

Paper Deadline

Submission Deadline
( Vol 48 , Issue 08 ) 20 Sep 2024

Publish On
( Vol 48 , Issue 08 ) 30 Sep 2024

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Journal of China University of Petroleum (Edition of Natural Science)
Thermal conductive composition based on modified epoxy resin exhibits high dielectric properties

In the present work, the properties of the multifunctional heat-resistant composite material based on epoxy resin and modified with tetraethoxysilane filled with boron nitride was described. The influence of boron nitride on the physical, mechanical, thermal, and electrical properties of a sealant was investigated. The dependence of specific electrical resistance, dielectric permittivity, and dielectric loss tangent of the material on tetraethoxysilane (TES) modifier and boron nitride (BN) filler content in concentrations that allow for acceptable rheological properties suitable for use as a f

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Jianli Section of Yangtze River Based on Microstructure of Otoliths

Jianli Section of Yangtze River Based on Microstructure of OtolithsJianli Section of Yangtze River Based on Microstructure of OtolithsJianli Section of Yangtze River Based on Microstructure of OtolithsJianli Section of Yangtze River Based on Microstructure of OtolithsJianli Section of Yangtze River Based on Microstructure of OtolithsJianli Section of Yangtze River Based on Microstructure of OtolithsJianli Section of Yangtze River Based on Microstructure of OtolithsJianli Section of Yangtze River Based on Microstructure of OtolithsJianli Section of Yangtze River Based on Microstructure of Ot

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DESIGN DEVELOPMENT OF ROBOTIC EXOSKELETONS IN REHABILITATION

Robotic exoskeletons have garnered significant attention and continue to be commonly used as a rehabilitative intervention for diverse physical disabilities. These devices offer aid and support in order to enhance the functional capabilities of patients and facilitate their treatment. This article offers a concise overview of the evolutionary trajectory of robotic exoskeletons, tracing their inception in historical contexts to the latest advancements in this domain. The field of robotic exoskeletons has undergone extensive research, resulting in the advancement of three generations of exoskele

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The evaluation of hydraulic efficiency of operation of water and sewer pipelines

A new scientific approach to the assessment of the hydraulic efficiency of the operation of water supply and sanitation networks with internal deposits has been developed and substantiated. Research methods: The hydraulic evaluation principle is used as a method for evaluating the hydraulic efficiency of pipeline operation, as a new scientific direction in terms of the values of the characteristics of the hydraulic potential of pipes, which vary depending on the thickness of the layer of internal deposits in comparison with new pipes. Results and discussion: A new scientific direction in the f

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Development of hydrocarbon-based surfactant-acid systems for a complex effect on bazhenov formation rocks

This work presents the results of studying the dissolving ability of acetic acid in a non-polar aromatic solvent and water during the interaction with rock samples of bazhenov formation. It is classified as a difficult production zone with hard-to-recover reserves which has great potential for oil production. It has been shown that the dissolution processes of mineral and organic rock components extensively depend on the acetic acid concentration and the nature of solvents. Moreover, they are determined by the associated state of acetic acid. Using the method of IR-Fourier spectroscopy, the fe

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