Index of /wp-content/uploads/sites/61/2017/07

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[IMG]61-Effects-of-initial-aquifer-conditions-1-300x118.jpg2017-07-12 11:43 30K 
[IMG]61-Effects-of-initial-aquifer-conditions-1-350x170.jpg2017-07-12 11:43 42K 
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[IMG]61-Effects-of-initial-aquifer-conditions-1.jpg2017-07-12 11:43 174K 
[IMG]67-Bubble-collapse-near-a-fluid-fluid-interface-using-the-spectral-element-marker-particle-method-with-applications-in-bioengineering-1-300x118.png2017-07-12 11:43 33K 
[IMG]67-Bubble-collapse-near-a-fluid-fluid-interface-using-the-spectral-element-marker-particle-method-with-applications-in-bioengineering-1-350x170.png2017-07-12 11:43 52K 
[IMG]67-Bubble-collapse-near-a-fluid-fluid-interface-using-the-spectral-element-marker-particle-method-with-applications-in-bioengineering-1-445x175.png2017-07-12 11:43 61K 
[IMG]67-Bubble-collapse-near-a-fluid-fluid-interface-using-the-spectral-element-marker-particle-method-with-applications-in-bioengineering-1.png2017-07-12 11:43 174K 
[IMG]68-Black-carbon-absorption-enhancement-in-the-atmosphere-determined-by-particle-mixing-state-300x118.jpg2017-07-12 12:29 23K 
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[IMG]69-Multiple-solutions-for-granular-flow-over-a-smooth-two-dimensional-bump-300x118.jpg2017-07-12 11:23 14K 
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[IMG]71-A-multi-scale-correlative-investigation-of-ductile-fracture-300x118.png2017-07-12 12:14 95K 
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[IMG]75-In-situ-investigation-of-degradation-at-organometal-halide-perovskite-surfaces-by-X-ray-photoelectron-spectroscopy-at-realistic-water-vapour-pressure-1-300x118.jpg2017-07-12 11:43 28K 
[IMG]75-In-situ-investigation-of-degradation-at-organometal-halide-perovskite-surfaces-by-X-ray-photoelectron-spectroscopy-at-realistic-water-vapour-pressure-1-350x170.jpg2017-07-12 11:43 36K 
[IMG]75-In-situ-investigation-of-degradation-at-organometal-halide-perovskite-surfaces-by-X-ray-photoelectron-spectroscopy-at-realistic-water-vapour-pressure-1-445x175.jpg2017-07-12 11:43 42K 
[IMG]75-In-situ-investigation-of-degradation-at-organometal-halide-perovskite-surfaces-by-X-ray-photoelectron-spectroscopy-at-realistic-water-vapour-pressure-1.jpg2017-07-12 11:43 127K 
[IMG]76-Computing-exponentially-faster-implementing-a-non-deterministic-universal-Turing-machine-using-DNA-300x118.jpg2017-07-14 11:48 28K 
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[IMG]76-Computing-exponentially-faster-implementing-a-non-deterministic-universal-Turing-machine-using-DNA.jpg2017-07-14 11:48 146K 
[IMG]77-Predicting-crystal-growth-via-a-unified-kinetic-3-D-partition-model-1-300x118.jpg2017-07-12 11:43 32K 
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[IMG]77-Predicting-crystal-growth-via-a-unified-kinetic-3-D-partition-model-1.jpg2017-07-12 11:43 125K 
[IMG]79-An-oxidative-N-demethylase-reveals-PAS-transition-from-ubiquitous-sensor-to-enzyme-300x118.jpg2017-07-18 15:47 25K 
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[IMG]79-An-oxidative-N-demethylase-reveals-PAS-transition-from-ubiquitous-sensor-to-enzyme.jpg2017-07-18 15:47 94K 
[IMG]80-Braiding-a-molecular-knot-with-eight-crossings-300x118.jpg2017-07-14 11:38 21K 
[IMG]80-Braiding-a-molecular-knot-with-eight-crossings-350x170.jpg2017-07-14 11:38 28K 
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[IMG]80-Braiding-a-molecular-knot-with-eight-crossings.jpg2017-07-14 11:38 215K 
[IMG]81-Non-Thermal-Plasma-Activation-of-Gold-based-Catalysts-for-Low-Temperature-Water-Gas-Shift-300x118.jpg2017-07-13 15:18 16K 
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[IMG]81-Non-Thermal-Plasma-Activation-of-Gold-based-Catalysts-for-Low-Temperature-Water-Gas-Shift.jpg2017-07-13 15:18 56K 
[IMG]82-Continuous-recycle-and-batch-emulsification-kinetics-using-a-high-shear-mixer-300x118.png2017-07-19 10:24 64K 
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[IMG]85-Tunable-sieving-of-ions-using-graphene-oxide-membranes-300x118.jpg2017-07-19 10:31 29K 
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[IMG]85-Tunable-sieving-of-ions-using-graphene-oxide-membranes.jpg2017-07-19 10:31 108K 
[IMG]High-temperature-quantum-oscillations-caused-by-recurring-Bloch-states-in-graphene-superlattices-300x118.jpg2017-12-04 11:04 29K 
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[IMG]High-temperature-quantum-oscillations-caused-by-recurring-Bloch-states-in-graphene-superlattices.jpg2017-12-04 11:04 59K 
[IMG]chem_eng-300x100.jpg2017-07-06 10:25 15K 
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