Properties of microwave modified oil palm trunk lumber

Ibrahim, Anis Izzati; Salim, Nurjannah; Roslan, Rasidi; Jusoh, Mohamad Ashry; Hashim, Rokiah

doi:10.1063/1.5066857

Cited by 2 publications

(1 citation statement)

References 11 publications

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“…The terrigenous (lower) part of the section comprises interbedded dark and light green clays, mudstones with the traces of sliding mirrors, greenish-grey quartz-feldspar, often clay siltstones, and sandstones [14]. The mudstones are dark grey, often black, silty, carbonaceous, with large carbonized plant detritus, and thinly layered [15][16][17]. Siltstones are predominantly dark grey, often black, finegrained, rarely coarse-grained, uneven, with highly clay interlayers, the areas before the transition to argillite, unevenly carbonated, with carbonaceous and pyritized parts.…”

Section: Introductionmentioning

confidence: 99%

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Ganieva

Sonin

2021

J. Med. Chem. Sci.

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The practice of using chemical thermodynamics, chemical kinetics, or both to analyze chemical reactions affecting geological systems, usually with the aid of a computer, is geochemical modeling. In high-temperature geochemistry, it is used to simulate reactions occurring deep inside the Earth, in magma, for example, or to model low-temperature reactions near the Earth's surface aqueous solutions. According to the geological structure, the Kudryashovskoye field is multilayer. The placement system is selective in this field. The development of all facilities takes place using a reservoir pressure system. The well stock for drilling (throughout the field) is 42, including 28 producing wells and 14 injection wells. In 2015, 12 wells were planned to be drilled. The paper considers and analyses two options for the development approach. The first option: drilling, is planned in 2019 according to the approved layout of wells. The density of good grids is 10.6 ha/well. The second option: drilling is carried out according to the areal system with a distance of 200-250 m between the wells. The density of the wells is 8.1 ha/well. It is planned to use the technology for simultaneous-separate operation in 19 wells Modelling is carried out using the Petrel software package. After the work is done and comparative analysis, development options are proposed. The second development option is most suitable from the economic point of view and approach.

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Section: Introductionmentioning

confidence: 99%

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Ganieva

Sonin

2021

J. Med. Chem. Sci.

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High-Permeability Wood with Microwave Remodeling Structure

Zhang

Lin

2021

Forests

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This paper presents the development of a microwave puffed wood (MPW) with novel and unique structural features in its internal structure that are based on natural wood (NW). The focus of the research was on the comprehensive visualization of the structural characteristics of MPW from the macroscopic to the microscopic scale followed by an exploration of its impregnation capabilities. The results showed that the volume of MPW increased by about 9% compared to NW due to the presence of a large number of cracked cavities. The CT images indicated that there was a significant difference between the macroscopic cracks produced by microwave processing and the natural cracks in the wood. The mercury intrusion test results showed that macro-pores increased while the micro-pores decreased in the MPW compared to in the NW. The MPW showed good fluid permeability and liquid absorption performance. The phenolic resin penetration rate of the MPW was about 20 times that of the NW, and the material absorption was more than 2 times that of the NW. The crack space enabled the MPW to serve as a fluid transportation and a storage warehouse. MPW is a super container based on natural materials. It has broad potential in more fields, such as in wood composite materials.

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Properties of microwave modified oil palm trunk lumber

Cited by 2 publications

References 11 publications

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High-Permeability Wood with Microwave Remodeling Structure

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