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# | Type | Title | Author | Publisher | Pub. Year | Subjects | Call Number |
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1 | مقاله | Inertial particle focusing in serpentine channels on a centrifugal platform | Shamloo, A. | American Institute of Physics Inc, | 2018 |
Aspect ratio.
Centrifugation. Drag. Equal channel angular pressing. Focusing. Numerical methods. Secondary flow. Serpentine. Silicate minerals. Centrifugal Forces. Equilibrium positions. Inertial particles. Numerical solution. Particle densities. Polystyrene particle. Serpentine channel. Simulation reliability. Angular velocity. |
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2 | مقاله | Numerical analysis of a dielectrophoresis field-flow fractionation device for the separation of multiple cell types | Shamloo, A. | 2017 |
Dielectrophoresis.
Dielectric properties. Electrodes. Electrophoresis. Liquid chromatography. Microfluidics. Numerical methods. Alternating current. Dielectric response. Different frequency. Electrode voltage. Multiple cell types. Numerical simulation method. Fractionation. Cell destruction. Cell differentiation. Cell separation. Cell size. Controlled study. Dielectric constant. Electric conductivity. Electric current. Electric field. Electrophoresis. Erythrocyte. Field flow fractionation. Flow rate. Hydrodynamics. Leukocyte. Mathematical computing. Priority journal. Shear stress. T lymphocyte. Thrombocyte. Tumor cell. Validation process. Viscosity. |
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3 | مقاله | Local impact of Stone–Wales defect on a single layer GNRFET | Shamloo, H. | Elsevier B.V, | 2020 |
Non-Equilibrium Green's function (NEGF)
Real space approach. Single layer graphene nanoribbon field effect transistor. Stone–Wales defect (SW) Tight-Binding (TB) Band structure. Binding energy. Defects. Graphene. Graphene nanoribbon. Graphene transistors. Ions. Nanoribbons. Poisson equation. Armchair. Non-equilibrium Green's function. Real-space. Single layer. Tight binding. Field effect transistors. |
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4 | مقاله | Drug delivery performance of nanocarriers based on adhesion and interaction for abdominal aortic aneurysm treatment | Ebrahimi, S. | Elsevier B.V, | 2021 |
Liposome.
Nanocarrier. Nanoparticle. Drug. Abdominal aortic aneurysm. Adhesion. Aortic wall. Artery wall. Association constant. Blood flow. Fluid flow. Geometry. Injection. Ligand binding. Microbubble. Priority journal. Receptor binding. Simulation. Biological model. Drug delivery system. Human. Aortic Aneurysm, Abdominal. Computer Simulation. Drug Delivery Systems. Humans. Models, Cardiovascular. Pharmaceutical Preparations. |
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5 | مقاله | Integrating hydrodynamic and acoustic cell separation in a hybrid microfluidic device: a numerical analysis | Ashkezari, A. H. K. | Springer, | 2022 |
Cells.
Cytology. Fluidic devices. Fractionation. Hybrid systems. Liquid chromatography. Microfluidics. Numerical methods. Biomedical research. Cell separation. Clinical research. Critical issues. Microfluidic method. Microfluidics devices. Numerical investigations. Pinched-flow fractionations. Separation process. Target cells. Clinical research. |
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6 | مقاله | Analyzing mixing quality in a curved centrifugal micromixer through numerical simulation | Shamloo, A. | Elsevier B.V | 2017 |
Micromixer.
Angular velocity. Bioinformatics. Centrifugation. Microchannels. Mixers (machinery) Secondary flow. Serpentine. Silicate minerals. Velocity. Biological reaction. Centrifugal microfluidics. Fluid mixing. Micro mixers. Mixing performance. Mixing quality. Mixing. |
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7 | مقاله | Numerical simulation of heat transfer in mixed electroosmotic pressure-driven flow in straight microchannels | Shamloo, A. | American Society of Mechanical Engineers (ASME), | 2016 |
Microchannel.
Electric potential. Electroosmosis. Flow of fluids. Heat flux. Heat transfer. Numerical methods. Nusselt number. Zeta potential. Electroosmotic flow. Microchannel walls. Number fluctuations. Positive potential. Pressure-driven flows. Simulation of heat transfer. Straight microchannels. Zeta potential distributions. Microchannels. |
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8 | مقاله | Numerical simulation of centrifugal serpentine micromixers and analyzing mixing quality parameters | Shamloo, A. | Elsevier, B.V, | 2016 |
Microfluidics.
Micromixer. Angular velocity. Centrifugation. Microfluidics. Mixers (machinery) Serpentine. Silicate minerals. Centrifugal. Centrifugal microfluidics. Cross sectional profiles. Micro mixers. Mixing parameters. Mixing quality. Rectangular cross-sections. Triangular cross-sections. Mixing. |
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9 | مقاله | Designing a polymerase chain reaction device working with radiation and convection heat transfer | Madadelahi, M. | Institute of Physics Publishing, | 2018 |
Chains.
Controllers. Diagnosis. DNA. DNA sequences. Gene encoding. Heat convection. Heat radiation. Incandescent lamps. Nanostructured materials. DNA Sequencing. Genetic disease. Genetic mutations. Incandescent light bulbs. Radiation and convection. Temperature data. Temperature variation rate. Three temperature. Polymerase chain reaction. |
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10 | مقاله | Analyzing mixing quality in a curved centrifugal micromixer through numerical simulation | Shamloo, A. | Elsevier B.V, | 2017 |
Microchannel.
Micromixer. Mixing quality. Secondary flow. Angular velocity. Bioinformatics. Centrifugation. Microchannels. Mixers (machinery) Serpentine. Silicate minerals. Velocity. Biological reaction. Centrifugal microfluidics. Fluid mixing. Micro mixers. Mixing performance. Mixing. |
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11 | مقاله | Design and fabrication of a two-phase diamond nanoparticle aided fast PCR device | Madadelahi, M. | Elsevier B.V, | 2019 |
Diamond nano-particles.
Microchannel. PCR. Diamonds. Drops. Fabrication. Microchannels. Mixing. Nanoparticles. Serpentine. Silicate minerals. Two phase flow. Diagnostic applications. Droplet generation. Fabrication process. Micro-fluidic devices. Nanoparticle concentrations. Serpentine microchannels. Spiral structures. Diamond nanoparticle. Nanodiamond. Unclassified drug. Diamond. Nanoparticle. Article. Flow kinetics. Mathematical analysis. Microfluidics. Nanofabrication. Priority journal. Chemistry. Devices. Equipment Design. Polymerase chain reaction. |
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12 | مقاله | Numerical simulation of mixing and heat transfer in an integrated centrifugal microfluidic system for nested-PCR amplification and gene detection | Naghdloo, A. | Elsevier B.V, | 2019 |
Micromixer.
Nested-PCR. Nucleic acid. Numerical modeling. Thermocycling. Blending. Centrifugation. Fluidic devices. Geometry. Heat convection. Microfluidics. Mixers (machinery) Nucleic acids. Numerical models. Radiative transfer. Serpentine. Silicate minerals. Thermal cycling. Centrifugal microfluidic platform. Centrifugal microfluidics. Convective-radiative heat transfer. Lab on disk. Micro mixers. Micro-fluidic devices. Nested PCR. Numerical optimizations. Polymerase chain reaction. |
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13 | مقاله | PASylation enhances the stability, potency, and plasma half-life of interferon α-2a: A molecular dynamics simulation | Shamloo, A. | Wiley-VCH Verlag, | 2020 |
Interferon α-2a.
PASylation. Plasma half-life. Protein therapeutics. Amino acids. Antibiotics. Biochemistry. Biodegradability. Glycoproteins. Plasma stability. Proteins. Biopharmaceutical proteins. Computational approach. Molecular dynamics simulation methods. Molecular dynamics simulations. Pharmaceutical protein. Root-mean-square distances. Secondary structures. Solvent accessible surface areas. Molecular dynamics. Alanine. Alpha2a interferon. Proline. Serine. Chemical modification. Drug bioavailability. Drug potency. Drug stability. Drug structure. Plasma half life. Priority journal. Protein conformation. Statistical analysis. Surface area. |
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14 | مقاله | Investigation of a two-step device implementing magnetophoresis and dielectrophoresis for separation of circulating tumor cells from blood cells | Shamloo, A. | Wiley-VCH Verlag, | 2020 |
Dielectrophoresis.
Microfluidic. Cell culture. Diagnosis. Dielectric properties. Electrophoresis. Platelets. Separation. Tumors. Active method. Blood samples. Circulating tumor cells. Effective parameters. Magnetophoresis. Micro-fluidic devices. Red blood cell. White blood cells. Cells. Blood. Cell. Differentiation. Electrokinesis. Identification method. Magnetic method. Separation. Tumor. Cancer model. Cell separation. Circulating tumor cell. Controlled study. Finite element analysis. Human cell. Leukocyte. Magnetic separation. Thrombocyte. |
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15 | مقاله | Cancer cell enrichment on a centrifugal microfluidic platform using hydrodynamic and magnetophoretic techniques | Shamloo, A. | Nature Research, | 2021 |
Magnetite nanoparticle.
Cell culture technique. Cell separation. Chemistry. Female. Genetics. Human. Hydrodynamics. Lab on a chip. Magnetism. MCF-7 cell line. Microfluidic analysis. Neoplasm. Pathology. Procedures. Cell Culture Techniques. Cell Separation. Female. Humans. Hydrodynamics. Lab-On-A-Chip Devices. Magnetics. Magnetite Nanoparticles. MCF-7 Cells. Microfluidic Analytical Techniques. Neoplasms. |
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16 | مقاله | An integrative method to increase the reliability of conventional double emulsion method | Mashhadian, A. | Elsevier B.V, | 2022 |
Double emulsion method.
PCL microspheres. Cell engineering. Drug delivery. Emulsification. Fabrication. Microfluidics. Microspheres. Morphology. Size distribution. Tissue engineering. Active agents. Double emulsions. Drug-delivery systems. Emulsion method. Inertial microfluidics. PCL microsphere. Polymeric microsphere. Size-distribution. Tissues engineerings. Surface morphology. polycaprolactone. Microsphere. Calculation. Concentration (parameter) Controlled study. Emulsion. Microtechnology. Reliability. Surface property. Drug delivery system. Reproducibility. Drug Delivery Systems. Emulsions. Microspheres. Particle Size. Reproducibility of Results. |
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17 | مقاله | Numerical optimization and inverse study of a microfluidic device for blood plasma separation | Shamloo, A. | Elsevier Ltd, | 2016 |
Microfluidic.
Optimization. Plasma separation. Separation and purity efficiency. Blood. Design. Efficiency. Flow of fluids. Fluidic devices. Microfluidics. Optimal systems. Blood-plasma separation. Micro-fluidic devices. Numerical optimizations. Parametric study. Pattern search algorithm. Performance of devices. Separation efficiency. |
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18 | مقاله | Fluid–structure interaction simulation of a cerebral aneurysm: effects of endovascular coiling treatment and aneurysm wall thickening | Shamloo, A. | 2017 |
Cerebral aneurysm.
Endovascular coiling treatment. Non-newtonian properties of blood. Vessel wall hyperelastic behavior. Blood. Blood vessels. Deformation. Flow of fluids. Fluid structure interaction. Non newtonian flow. Residence time distribution. Stress concentration. Thin walled structures. Cerebral aneurysms. Endovascular. Hyperelastic behavior. Non-newtonian property. Wall thickening. Shear flow. Aneurysm wall thickening. Anterior cerebral artery. Anterior communicating artery. Brain artery aneurysm. Brain blood flow. Brain circulus arteriosus. Coil embolization. Fluid flow. Fluid structure interaction simulation. Hemodynamics. Oscillatory shear index. Physical parameters. Priority journal. Relative residence time. Shear stress. Biological model. Human. Intracranial aneurysm. Mechanical stress. Pathophysiology. Computer Simulation. Humans. Models, cardiovascular. Stress, mechanical. |
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19 | مقاله | A three-dimensional micromechanical model of brain white matter with histology-informed probabilistic distribution of axonal fibers | Yousefsani, S. A. | Elsevier Ltd, | 2018 |
Embedded element technique.
Hyperelastic characterization. Large deformation. Multi-objective optimization. Composite micromechanics. Deformation. Elasticity. Fibers. Histology. Inverse problems. Multiobjective optimization. Probability distributions. Stiffness matrix. Embedded element. Extracellular matrices. Hyper elastic. Inverse finite element analysis. Micro-mechanical modeling. Multi-parametric optimizations. Probabilistic distribution. Response surface methodology. Tissue. Article. Axon. Brain histology. Brain injury. Comparative study. Corpus callosum. Extracellular matrix. Finite element analysis. Hydrostatic pressure. Prediction. Priority journal. Response surface method. Tissue level. White matter. Young modulus. |
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20 | مقاله | A plasmonic gold nanofilm-based microfluidic chip for rapid and inexpensive droplet-based photonic PCR | Jalili, A. | Nature Research, | 2021 |
Polymerase chain reaction (PCR)
Point-of-care (POC) Droplet-based photonic PCR (dpPCR) system. Polydimethylsiloxane. Microfluidic chips. Light-emitting diodes (LEDs) Alcohol oxidase (AOX) |
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