Open Access Journals
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Highly Accessed
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Journal of Accounting, Marketing and Finance Marketing (JAMFM)
Boosting The Economy. -
American Journal of Agriculture, Horticulture and Soil Science (AJAHS)
Protecting the Future. -
Journal of Chemicel Engineering and Applied Chemistry (JCEAC)
History of Engineering Research In Chemicals -
Journal of Electrical Engineering and Computer Science (JEECS)
Mechanism at its best. -
American Journal of Mathematics and Physics Application (AJMPA)
Everything in life has a pattern of Mathematics and impact of Physics. -
American Journal of Medical and Pharmacy Research (AJMPR)
Where Life Begins.
Open Access and Peer Review Journals
SDIP Press is a peer review, Open Access Scientific research publication journal that publishes 17 Diverse Categories of Journals. SDIP Press has more than 300 Academic reviewer from all over the world. Our journals have a very low application process charge and fast publication record. The journals are listed below :
A-Z Categories
Latest Articles
Simulation of thermal flows with the aid of lattice Boltzmann method at the CUDA computational platform
Paper ID: AJMPA-24-06-2019-21
Abstract : Originating from the lattice fuel automata principle, the lattice Boltzmann approach (LBM) is an interesting opportunity to the fixing of Navier-Stokes equations. In assessment to isothermal simulations, for a while, thermal glide simulations were challenging for LBM. Thermal float simulations are a vital mission in diverse fields of research. no matter a large amount of labor and studies the dynamics of thermally brought on flows are nevertheless relatively demanded. the motivation of this work is the improvement of a computational tool for simulation of the dynamics of thermal flows. To this purpose, we developed a LES-LBM solver multiplied with the aid of the pix Processing Unit (GPU) at the CUDA computational platform, integrating LBM with Large Eddy Simulation (LES). The simplicity of coding is typically an appealing function of the LBM. conventional implementations of LBM be afflicted by high memory consumption and bad computational performance. the main advantage of the solvers based on GPU is their potential to carry out notably extra floating factor operations per unit time (FLOPS) than a significant Processing Unit (CPU) and the right scalability of specific parallel algorithms. LES-LBM code changed into examined at the NVIDIA GeForce GTX 1050 ti and NVIDIA TESLA K80 GPUs
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Union and Characterization of Molecularly Imprinted Polymer for Prasugrel Drug Base on 2-Hydroxyethyl Methacrylate Monomer in Biological and Pharmaceutical Samples
Paper ID: JCEAC-24-06-2019-20
Abstract : In this examination work, a molecularly engraved polymer (MIP) was integrated for Prasugrel. In this technique, a polymer was first orchestrated utilizing 2-hydroxyethyl methacrylate (HEMA) as a monomer, N, N'- methylenebisacrylamide as a crosslinker, and azobisisobutyronitrile (AIBN) as an initiator. The fruitful blend of the MIP was affirmed by essential investigation (CHN), Fourier-change infrared (FT-IR) spectroscopy and checking electron microscopy (SEM). At that point, the impacts of different parameters, for example, pH, temperature, MIP limit, selectivity, adsorption energy and adsorption isotherms were examined by UV-Vis spectroscopy. The adjustment bend was plotted for Prasugrel in these conditions and direct range, point of confinement of recognition (LOD) and cutoff of measurement (LOQ) were accounted for. At long last, the presentation of the combined MIP as an adsorbent was considered under upgraded conditions for the extraction and assurance of Prasugrel in tablet framework and natural liquids, for example, pee and plasma by superior fluid chromatography (HPLC).
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Numerical aspects of the adaptive computational grid in fixing the problems of electrical prospecting with direct current
Paper ID: AJMPA-24-06-2019-19
Abstract : Kazakhstan currently has one of the maximum, according to capital, carbon footprints inside the global. there is heavy reliance (approx 85%) on coal for power manufacturing in Kazakhstan. Coal is a very carbon-in depth gas. A pressure to mild coal’s contribution to power manufacturing gives a driving force for wind strength development. locating an appropriate vicinity calls for a detailed and often luxurious analysis of neighborhood wind conditions. Wind resource assessment is an important first step in gauging the potential of a domain to provide power from windmills. on this paper, the wind power ability of the Shelek hall, located inside the Almaty area in Kazakhstan changed into examine. local wind velocity distributions are represented via Weibull facts. The results display that the average annual imply wind speed version for Shelek hall tiers from 4.0 to 8.0 m/s. The wind electricity density variant based at the Weibull analysis ranges from 280.0 to 320.zero W/m2.
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Evaluation of wind electricity ability inside the shelek corridor (Kazakhstan) the usage of weibull distribution characteristic
Paper ID: AJMPA-24-06-2019-18
Abstract : Kazakhstan currently has one of the maximum, according to capital, carbon footprints inside the global. there is heavy reliance (approx 85%) on coal for power manufacturing in Kazakhstan. Coal is a very carbon-in depth gas. A pressure to mild coal’s contribution to power manufacturing gives a driving force for wind strength development. locating an appropriate vicinity calls for a detailed and often luxurious analysis of neighborhood wind conditions. Wind resource assessment is an important first step in gauging the potential of a domain to provide power from windmills. on this paper, the wind power ability of the Shelek hall, located inside the Almaty area in Kazakhstan changed into examine. local wind velocity distributions are represented via Weibull facts. The results display that the average annual imply wind speed version for Shelek hall tiers from 4.0 to 8.0 m/s. The wind electricity density variant based at the Weibull analysis ranges from 280.0 to 320.zero W/m2
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Advancement of Food Waste Disposal Technology Using Sodium Hydroxide
Paper ID: JCEAC-24-06-2019-17
Abstract : In this exploration, we concentrated on the reusing of sustenance waste utilizing sodium hydroxide (NaOH). Pyrolysis of rice, one of the real components of sustenance squander in Japan, was done to get carbon material with adsorption capacity, together with fuel gases (H2, CH4). Subsequently, it was conceivable to change over rice into carbon material while producing fuel gas. With expanding the NaOH expansion and temperature, the substance of CO and CO2 diminishes, those of H2 and CH4 expanded in the produced gas, and the mass of the buildup after pyrolysis with NaOH diminishes to one-tenth load of crude rice. The buildup after pyrolysis is a carbonaceous material with around 80% carbon content, and the buildup after pyrolysis with NaOH (rice test: NaOH = 1: 1) has smooth permeable surface with higher explicit surface territory (901 m2/g) than that after pyrolysis without NaOH (72 m2/g).
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