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Экогород Стерхова Софья 2 класс
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Илона Семакина
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Презентация об экологии в городе
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This invited talk was presented by Dr Steven Spencer at the Emerging Sensing Technology Summit (ESTS 2016), December 7-9, 2016, Melbourne, Australia. Dr Spencer was a Principal Research Scientist at CSIRO Australia at the time this presentation was delivered. He is currently an independent innovator, data scientist and researcher. Contrast-enhanced ultrasound (CEUS), based on the strong echogenicity of microbubbles, is commonly used for clinical medical imaging. Targeted delivery of therapeutics loaded on microbubbles is currently under vigorous investigation. Ultrasonic or acoustic response can be used to monitor bubble equilibrium size, mass loading and surface layer properties; and liquid medium properties such as viscosity and local pressure. This could lead to new and powerful medical and industrial sensing modalities. A method of acoustic resonance interference spectroscopy (ARIS) has been developed to monitor bubble and liquid medium properties. It is based on the resonant response of a bubble to acoustic excitation and the interference between the source (reference) and bubble response acoustic pressure fields. Unique analytical expressions are presented for system properties such as bubble equilibrium size, surface mass loading and liquid medium viscosity in terms of the frequencies of these acoustic features. Theoretical ARIS signatures are shown for several types of commercially available ultrasound contrast agent (UCA) used in CEUS. The sensitivity of the method to microbubble equilibrium size, attached mass loading and viscosity of the liquid medium are demonstrated. ARIS simulations suggest lipid attached mass as small as an order of a picogram may be detectable on a micron radius microbubble. Results from ARIS monitoring experiments with streams of unencapsulated air bubbles in water are also discussed. The potential for the ARIS signature of medical microbubbles to estimate the rheological properties of biological liquids is explored. The sensitivity of the ARIS method for detection of the progressive detachment of therapeutic agents or attachment of analyte species to microbubbles is also discussed. Spencer, S.J. Mathematical models for the acoustic response of a solids-loaded encapsulated bubble, Journal of the Acoustical Society of America, 2015, 137(5), 2623-2641. http://asa.scitation.org/doi/abs/10.1121/1.4919289
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Экогород Стерхова Софья 2 класс
1.
Экогород
2.
3.
Когда я приеду
в город, я попрошу у папы, чтобы он изобрёл электрические машины.
4.
Мы едем на
дачу Прежде чем мы поедем на дачу. Мы пойдём на улицу и позовём всех соседей. Мы будем убирать мусор и поставим знак о том, что выгул собак запрещён.
5.
Чистый город Это девочка
плачет потому, что хочет чистый город
6.
Мой папа сделал электромашину. Ура,
город становится чистым!
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