{"viewingHint":"paged","service":[{"profile":"http://iiif.io/api/search/1/search","@context":"http://iiif.io/api/search/1/context.json","@id":"https://noah.nrw/i3f/manifest/5138178/search","label":"Search within this manifest"}],"license":"https://creativecommons.org/licenses/by/4.0/deed.de","structures":[{"ranges":["https://noah.nrw/i3f/v20/5138178/range/5770191","https://noah.nrw/i3f/v20/5138178/range/5770194","https://noah.nrw/i3f/v20/5138178/range/5770196","https://noah.nrw/i3f/v20/5138178/range/5770197","https://noah.nrw/i3f/v20/5138178/range/5770199","https://noah.nrw/i3f/v20/5138178/range/5770202","https://noah.nrw/i3f/v20/5138178/range/5770203","https://noah.nrw/i3f/v20/5138178/range/5770204","https://noah.nrw/i3f/v20/5138178/range/5770206","https://noah.nrw/i3f/v20/5138178/range/5770208","https://noah.nrw/i3f/v20/5138178/range/5770212","https://noah.nrw/i3f/v20/5138178/range/5770216","https://noah.nrw/i3f/v20/5138178/range/5770219","https://noah.nrw/i3f/v20/5138178/range/5770222","https://noah.nrw/i3f/v20/5138178/range/5770225"],"viewingHint":"top","@id":"https://noah.nrw/i3f/v20/5138178/range/5138178","@type":"sc:Range","label":"Table of Contents"},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770193"],"ranges":["https://noah.nrw/i3f/v20/5138178/range/5770192"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770191","@type":"sc:Range","label":"Fig\ufeffure 1 Hydrodynamic radius\u00a0Rh as a function of temperature\u00a0T for poly(NNPAM) microgel solutions at ambient pressure in H2O and D2O and at 300 bar in D2O."},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770193"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770192","@type":"sc:Range","label":"Particle characterization by PCS, HIM and SANS. "},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770195"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770194","@type":"sc:Range","label":"Figure 2 HIM secondary electron image of NNPAM based microgels (a) with the radii distribution (red line) (b), obtained by analyzing the HIM image."},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770198"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770197","@type":"sc:Range","label":"F\ufeffigure 4 Static SANS data for poly(NNPAM) microgels at a temperature of T = 22."},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770201"],"ranges":["https://noah.nrw/i3f/v20/5138178/range/5770200"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770199","@type":"sc:Range","label":"T\ufeffable 1 Parameters obtained from fitting the static SANS scattering curves shown in Fig."},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770201"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770200","@type":"sc:Range","label":"Kinetic measurements via time-resolved small angle neutron scattering. "},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770205"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770204","@type":"sc:Range","label":"Discussion\r"},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770207"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770206","@type":"sc:Range","label":"Fi\ufeffgure 7 Particle radius RSANS and respective pressure\u00a0p against cycle time\u00a0t for the pressure jump experiments done between 40 and 200 bar at 22."},{"ranges":["https://noah.nrw/i3f/v20/5138178/range/5770209","https://noah.nrw/i3f/v20/5138178/range/5770210","https://noah.nrw/i3f/v20/5138178/range/5770211"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770208","@type":"sc:Range","label":"Materials and Methods\r"},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770214","https://noah.nrw/i3f/v20/5138178/canvas/5770215"],"ranges":["https://noah.nrw/i3f/v20/5138178/range/5770213"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770212","@type":"sc:Range","label":"Figure 8 Technical drawing (left) and photograph (right) of the hollow metal bellow57,58."},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770214","https://noah.nrw/i3f/v20/5138178/canvas/5770215"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770213","@type":"sc:Range","label":"Stroboscopic high pressure SANS cell. "},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770218"],"ranges":["https://noah.nrw/i3f/v20/5138178/range/5770217"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770216","@type":"sc:Range","label":"Figure 9 Pneumatic and hydraulic circuit diagram, showing how the pressure inside the cell is controlled58."},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770218"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770217","@type":"sc:Range","label":"Pressure jump experiments. "},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770221"],"ranges":["https://noah.nrw/i3f/v20/5138178/range/5770220"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770219","@type":"sc:Range","label":"Figure 10 Mechanical cross section (left) and 3D-rendered cross section (right) through the SHP-SANS cell57,58."},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770221"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770220","@type":"sc:Range","label":"Helium Ion Microscopy (HIM). "},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770224"],"ranges":["https://noah.nrw/i3f/v20/5138178/range/5770223"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770222","@type":"sc:Range","label":"Figure 11 Cross-section through the high pressure photon correlation spectroscopy setup."},{"canvases":["https://noah.nrw/i3f/v20/5138178/canvas/5770224"],"@id":"https://noah.nrw/i3f/v20/5138178/range/5770223","@type":"sc:Range","label":"Photon Correlation Spectroscopy (PCS). 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Yvonne","label":"Verfasser"},{"value":"L\u00fclsdorf, Stefan","label":"Verfasser"},{"value":"Emmrich, Daniel","label":"Verfasser"},{"value":"Schneider, Kristina","label":"Verfasser"},{"value":"Schmid, Andreas Josef","label":"Verfasser"},{"value":"Zauser, Diana","label":"Verfasser"},{"value":"Hannappel, Yvonne","label":"Verfasser"},{"value":"Beyer, Andr\u00e9","label":"Verfasser"},{"value":"Schweins, Ralf","label":"Verfasser"},{"value":"G\u00f6lzh\u00e4user, Armin","label":"Verfasser"},{"value":"Hellweg, Thomas","label":"Verfasser"},{"value":"Sottmann, Thomas","label":"Verfasser"},{"value":"Scientific Reports, Jg. 8 H. 1","label":"Enthalten in"},{"value":"2018","label":"Erschienen"},{"value":"Englisch","label":"Sprache"},{"value":"Aufsatz in einer Zeitschrift","label":"Dokumenttyp"},{"value":"2045-2322","label":"ISSN"},{"value":"urn:nbn:de:0070-pub-29312844","label":"URN"},{"value":"10.1038/s41598-018-31976-4","label":"DOI"}],"@id":"https://noah.nrw/i3f/v20/5138178/manifest","@type":"sc:Manifest","seeAlso":{"format":"application/xml","@id":"https://noah.nrw/oai?verb=GetRecord&metadataPrefix=mets&identifier=5138178","label":"METS"}}