New Author Guidelines are updated
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eISSN: 3029-2646
Journal Abbreviation: Mater. Tech. Rep.
Publication Frequency: Quarterly
Description:
Materials Technology Reports (MTR) is an open access journal of related scientific research and technology development. It provides a forum for the publication of reviews, regular research papers (articles), and short communications on fundamental science, engineering, and practical applications of materials. Our aim is to encourage scientists to publish their experimental and theoretical results in great detail. Therefore, there is no restriction on the length of the papers. The full experimental details must be provided so that the results can be reproduced.
Topics covered in MTR include:
Open Access
Article
Article ID: 461
by P. R. Sekhar Reddy
Materials Technology Reports, Vol.2, No.1, 2024; 1326 Views, 179 PDF Downloads
In this study, Zr-doped HfO 2 (HZO) based resistive random-access memory (RRAM) device were fabricated. The Hf:Zr (1:1) ratio in the HZO films were controlled by changing the HfO 2 and ZrO 2 cycle ratio during the atomic layer deposition (ALD) process. Next, we studied the structural and electrical properties of the Au/HZO/TiN RRAM device structure. The RRAM devices exhibits an excellent resistance ratio of the high resistance state (HRS) to the low resistance state (LRS) of ~10 3 A, and as well as good endurance (300 cycles) and retention (>10 3 s), respectively. Further, the device showed different conduction mechanism in LRS and HRS modes. The lower biased linear region is dominated by ohmic conductivity, whereas the higher biased nonlinear region is dominated by a space charge limited current conduction. This device is suitable for application in future high-density nonvolatile memory RRAM devices.
Open Access
Article
Article ID: 483
by M. Shamshi Hassan
Materials Technology Reports, Vol.2, No.1, 2024; 146 Views, 97 PDF Downloads
Solid oxide fuel cells (SOFCs) are renowned for being effective energy sources that have potential to influence how energy is developed in future. SOFCs operate at low temperatures provides different benefits for widespread commercialization. In the present study a perovskite material Pr 0.6 Sr 0.4 Fe 0.8 Co 0.2 O 3−δ (PSFCo) was investigated as cathode for SOFC in intermediate temperature range. Glycine nitrate process was used for the preparation of the samples. PSFCo exhibited cubic structure having small particle size (100–200 nm). The electrical conductivity of the PSFCo was measured as function of temperature up to 850 ℃. The sample displayed maximum electrical conductivity of 370 Scm −1 at around 550–600 ℃. The polarization behavior of PSFCo was calculated by means of AC impedance with Sm 0.8 Ce 0.2 O 2 (SDC) as electrolyte. The value of area specific resistance (ASR) was calculated as 0.146 Ωcm 2 at 800 ℃ and 0.248 Ωcm 2 at 700 ℃.
Open Access
Article
Article ID: 1603
by Joseph Abutu, Tsotsi Rikwen Tsoji, Areo Stephen, Aliyuda Dedan Araye, Sunday Albert Lawal, Ayuba Kitaka Rimamtaatang
Materials Technology Reports, Vol.2, No.1, 2024; 490 Views, 46 PDF Downloads
In this work, sugarcane bagasse and rice husk were used as filler material for the production of agro-based particle board along with low-density polyethylene and coconut shell, with the aim of investigating the effects of varying compositions of constituents on the performance of the developed composite using constant process parameters of moulding pressure (10 MPa), moulding temperature (140 ℃), curing time (10 min) and heat treatment time (1 h). Experimental design was conducted using box-Behnken design (L1533) while multi-response optimization was carried out using grey relational analysis (GRA). The experimental results revealed that changes in percentage composition affect the performance of the composite, and the multi-response optimal performance of the developed bagasse-based particle board (BPB) and rice husk-based particle board (RPB) can be achieved with bagasse or rice husk (30 wt%), coconut shell (30 wt%), and low-density polyethylene (40 wt%). The results of the analysis of variance showed that the performance of the two particle boards is most influenced by the presence of low-density polyethylene (LDPE). Finally, compared to rice husk, bagasse can effectively serve as a preferred substitute for wood in the production of particle board.
Open Access
Article
Article ID: 1556
by Chun-Ming Liu
Materials Technology Reports, Vol.2, No.1, 2024; 20 Views, 24 PDF Downloads
The microstructure and negative differential resistance (NDR) effect of nitrogen implanted rutile TiO 2 were investigated by measuring the XPS, Raman spectra and current voltage curves. It was found that the light illumination has large influence on the NDR effect. Under the illumination of 60 mW laser light, a large NDR with a small electric field (1250 V/cm) is obtained. This electric field is about three orders smaller than that reported in literature (1×10 6 V/cm). The electric field induced tunneling is the possible mechanism of electric transport at higher field region. The NDR is thought to be related to the light and nitrogen dopant induced reaction including the destroying of water, the scavenging of electron, and the surface oxidation transform of non-stoichiometric TiO 2− x to stoichiometric insulating state. The results of this paper are not only useful in understanding the mechanism of NDR, but also useful in providing an effective method in manipulation NDR.
Open Access
Editorial
Article ID: 460
by Chong Qiu
Materials Technology Reports, Vol.2, No.1, 2024; 92 Views, 74 PDF Downloads
Only a few nanomedicines have entered clinical application after over a decade and billions of dollars of investments in nanoscience and nanotechnology around the world. So, what lower the development of nanodrug? Recently, at our recent Editorial and Editorial Advisory Board meeting, we asked ourselves to address these questions and accelerate the development of nano pharmaceuticals. We will work with leaders in the area of drug supply to share our experiences and compare efforts around the world.
Please follow the journal's author guideline and the required article template to prepare your manuscript.
Read more about New Author Guidelines are updated