Index of /wp-content/uploads/sites/61/2018/08

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[IMG]A-high-strength-silicide-phase-in-a-stainless-steel-alloy-designed-for-wear-resistant-applications-300x118.jpg2018-08-31 11:21 25K 
[IMG]A-high-strength-silicide-phase-in-a-stainless-steel-alloy-designed-for-wear-resistant-applications-350x170.jpg2018-08-31 11:21 33K 
[IMG]A-high-strength-silicide-phase-in-a-stainless-steel-alloy-designed-for-wear-resistant-applications-445x175.jpg2018-08-31 11:21 38K 
[IMG]A-high-strength-silicide-phase-in-a-stainless-steel-alloy-designed-for-wear-resistant-applications.jpg2018-08-31 11:21 84K 
[IMG]Anomalously-low-dielectric-constant-of-confined-water-300x118.jpg2018-08-31 11:21 21K 
[IMG]Anomalously-low-dielectric-constant-of-confined-water-350x170.jpg2018-08-31 11:21 27K 
[IMG]Anomalously-low-dielectric-constant-of-confined-water-445x175.jpg2018-08-31 11:21 28K 
[IMG]Anomalously-low-dielectric-constant-of-confined-water.jpg2018-08-31 11:21 86K 
[IMG]Crystallisation-in-basaltic-magmas-revealed-via-in-situ-4D-synchrotron-X-ray-microtomography-300x118.jpg2018-08-31 11:21 20K 
[IMG]Crystallisation-in-basaltic-magmas-revealed-via-in-situ-4D-synchrotron-X-ray-microtomography-350x170.jpg2018-08-31 11:21 25K 
[IMG]Crystallisation-in-basaltic-magmas-revealed-via-in-situ-4D-synchrotron-X-ray-microtomography-445x175.jpg2018-08-31 11:21 26K 
[IMG]Crystallisation-in-basaltic-magmas-revealed-via-in-situ-4D-synchrotron-X-ray-microtomography.jpg2018-08-31 11:21 92K 
[IMG]Cyclometallated-ruthenium-catalyst-enables-late-stage-directed-arylation-of-pharmaceuticals-300x118.jpg2018-08-31 11:21 26K 
[IMG]Cyclometallated-ruthenium-catalyst-enables-late-stage-directed-arylation-of-pharmaceuticals-350x170.jpg2018-08-31 11:21 32K 
[IMG]Cyclometallated-ruthenium-catalyst-enables-late-stage-directed-arylation-of-pharmaceuticals-445x175.jpg2018-08-31 11:21 34K 
[IMG]Cyclometallated-ruthenium-catalyst-enables-late-stage-directed-arylation-of-pharmaceuticals.jpg2018-08-31 11:21 91K 
[IMG]Electrically-controlled-water-permeation-through-graphene-oxide-membranes-300x118.jpg2018-08-31 11:21 28K 
[IMG]Electrically-controlled-water-permeation-through-graphene-oxide-membranes-350x170.jpg2018-08-31 11:21 37K 
[IMG]Electrically-controlled-water-permeation-through-graphene-oxide-membranes-445x175.jpg2018-08-31 11:21 42K 
[IMG]Electrically-controlled-water-permeation-through-graphene-oxide-membranes.jpg2018-08-31 11:21 92K 
[IMG]Energy-and-time-optimal-trajectories-in-exploratory-jumps-of-the-spider-Phidippus-regius-300x118.jpg2018-08-31 11:21 19K 
[IMG]Energy-and-time-optimal-trajectories-in-exploratory-jumps-of-the-spider-Phidippus-regius-350x170.jpg2018-08-31 11:21 21K 
[IMG]Energy-and-time-optimal-trajectories-in-exploratory-jumps-of-the-spider-Phidippus-regius-445x175.jpg2018-08-31 11:21 23K 
[IMG]Energy-and-time-optimal-trajectories-in-exploratory-jumps-of-the-spider-Phidippus-regius.jpg2018-08-31 11:21 91K 
[IMG]Extensive-marine-terminating-ice-sheets-in-Europe-from-2.5-million-years-ago-300x118.jpg2018-08-31 11:21 25K 
[IMG]Extensive-marine-terminating-ice-sheets-in-Europe-from-2.5-million-years-ago-350x170.jpg2018-08-31 11:21 33K 
[IMG]Extensive-marine-terminating-ice-sheets-in-Europe-from-2.5-million-years-ago-445x175.jpg2018-08-31 11:21 38K 
[IMG]Extensive-marine-terminating-ice-sheets-in-Europe-from-2.5-million-years-ago.jpg2018-08-31 11:21 98K 
[IMG]Graphene-Based-Adaptive-Thermal-Camouflage-300x118.jpg2018-08-31 11:21 27K 
[IMG]Graphene-Based-Adaptive-Thermal-Camouflage-350x170.jpg2018-08-31 11:21 32K 
[IMG]Graphene-Based-Adaptive-Thermal-Camouflage-445x175.jpg2018-08-31 11:21 38K 
[IMG]Graphene-Based-Adaptive-Thermal-Camouflage.jpg2018-08-31 11:21 89K 
[IMG]Membrane-Grafted-Asymmetric-Organocatalyst-for-an-Integrated-Synthesis-Separation-Platform-300x118.jpg2018-08-31 11:21 21K 
[IMG]Membrane-Grafted-Asymmetric-Organocatalyst-for-an-Integrated-Synthesis-Separation-Platform-350x170.jpg2018-08-31 11:21 23K 
[IMG]Membrane-Grafted-Asymmetric-Organocatalyst-for-an-Integrated-Synthesis-Separation-Platform-445x175.jpg2018-08-31 11:21 26K 
[IMG]Membrane-Grafted-Asymmetric-Organocatalyst-for-an-Integrated-Synthesis-Separation-Platform.jpg2018-08-31 11:21 96K 
[IMG]On-the-Stability-of-Feature-Selection-Algorithms-300x118.jpg2018-08-31 11:21 22K 
[IMG]On-the-Stability-of-Feature-Selection-Algorithms-350x170.jpg2018-08-31 11:21 28K 
[IMG]On-the-Stability-of-Feature-Selection-Algorithms-445x175.jpg2018-08-31 11:21 29K 
[IMG]On-the-Stability-of-Feature-Selection-Algorithms.jpg2018-08-31 11:21 80K 
[IMG]Performance-Comparison-of-the-Digital-Neuromorphic-Hardware-SpiNNaker-and-the-Neural-Network-Simulation-Software-NEST-for-a-Full-Scale-Cortical-Microcircuit-Model-300x118.jpg2018-08-31 11:21 28K 
[IMG]Performance-Comparison-of-the-Digital-Neuromorphic-Hardware-SpiNNaker-and-the-Neural-Network-Simulation-Software-NEST-for-a-Full-Scale-Cortical-Microcircuit-Model-350x170.jpg2018-08-31 11:21 34K 
[IMG]Performance-Comparison-of-the-Digital-Neuromorphic-Hardware-SpiNNaker-and-the-Neural-Network-Simulation-Software-NEST-for-a-Full-Scale-Cortical-Microcircuit-Model-445x175.jpg2018-08-31 11:21 40K 
[IMG]Performance-Comparison-of-the-Digital-Neuromorphic-Hardware-SpiNNaker-and-the-Neural-Network-Simulation-Software-NEST-for-a-Full-Scale-Cortical-Microcircuit-Model.jpg2018-08-31 11:21 85K 
[IMG]Rational-points-of-bounded-height-on-general-conic-bundle-surfaces-300x118.jpg2018-08-31 11:21 19K 
[IMG]Rational-points-of-bounded-height-on-general-conic-bundle-surfaces-350x170.jpg2018-08-31 11:21 23K 
[IMG]Rational-points-of-bounded-height-on-general-conic-bundle-surfaces-445x175.jpg2018-08-31 11:21 24K 
[IMG]Rational-points-of-bounded-height-on-general-conic-bundle-surfaces.jpg2018-08-31 11:21 93K 
[IMG]Scaling-in-biomechanical-experimentation-a-finite-similitude-approach-300x118.jpg2018-08-31 11:21 20K 
[IMG]Scaling-in-biomechanical-experimentation-a-finite-similitude-approach-350x170.jpg2018-08-31 11:21 24K 
[IMG]Scaling-in-biomechanical-experimentation-a-finite-similitude-approach-445x175.jpg2018-08-31 11:21 25K 
[IMG]Scaling-in-biomechanical-experimentation-a-finite-similitude-approach.jpg2018-08-31 11:21 92K 
[IMG]The-stage-of-seed-development-influences-iron-bioavailability-in-pea-Pisum-sativum-L.-300x118.jpg2018-08-31 11:21 25K 
[IMG]The-stage-of-seed-development-influences-iron-bioavailability-in-pea-Pisum-sativum-L.-350x170.jpg2018-08-31 11:21 30K 
[IMG]The-stage-of-seed-development-influences-iron-bioavailability-in-pea-Pisum-sativum-L.-445x175.jpg2018-08-31 11:21 33K 
[IMG]The-stage-of-seed-development-influences-iron-bioavailability-in-pea-Pisum-sativum-L..jpg2018-08-31 11:21 88K 
[IMG]Triboelectric-effect-based-instantaneous-self-powered-wireless-sensing-with-self-determined-identity-300x118.jpg2018-08-31 11:21 24K 
[IMG]Triboelectric-effect-based-instantaneous-self-powered-wireless-sensing-with-self-determined-identity-350x170.jpg2018-08-31 11:21 29K 
[IMG]Triboelectric-effect-based-instantaneous-self-powered-wireless-sensing-with-self-determined-identity-445x175.jpg2018-08-31 11:21 34K 
[IMG]Triboelectric-effect-based-instantaneous-self-powered-wireless-sensing-with-self-determined-identity.jpg2018-08-31 11:21 92K