Search Results
717 × 406 - researchgate.net
{"id":"PRjdgbA1-OqpRM:","isu":"researchgate.net","itg":0,"ity":"png","oh":406,"ou":"https://www.researchgate.net/profile/Tai-Shung_Chung/publication/256923029/figure/fig3/AS:297457251569666@1447930743252/Fig-3-The-effect-of-spinning-temperature-on-fiber-morphology-a-SEM-cross-section.png","ow":717,"pt":"The effect of spinning temperature on fiber morphology. (a) SEM ...","rid":"-UlQamQINXj5UM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/256923029_fig3_Fig-3-The-effect-of-spinning-temperature-on-fiber-morphology-a-SEM-cross-section","s":"Download","sc":1,"st":"ResearchGate","th":169,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcT43y3hhk-JxodFnQcLwc-po7XWKHZ8uhht32bmqJpifycQgaUM","tw":299}
850 × 879 - researchgate.net
{"id":"f9NSlnve0UiG0M:","isu":"researchgate.net","itg":0,"ity":"png","oh":879,"ou":"https://www.researchgate.net/profile/Stefaan_Soenen/publication/50352348/figure/fig3/AS:305710383550474@1449898443976/Fig-3-a-Effects-of-electrospinning-parameters-on-fiber-morphology-reprinted-from-ref.png","ow":850,"pt":"a) Effects of electrospinning parameters on fiber morphology ...","rid":"uaZR3ZBF8vCLzM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/50352348_fig3_Fig-3-a-Effects-of-electrospinning-parameters-on-fiber-morphology-reprinted-from-ref","s":"3 (a) Effects of electrospinning parameters on fiber morphology (reprinted from","sc":1,"st":"ResearchGate","th":228,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTpq_4eG0flvjZlDd6_aHOnQXG8zBwilJExNszWN8HROMcO72uoIA","tw":221}
241 × 388 - cottoninc.com
{"cb":3,"cl":9,"cr":6,"ct":3,"id":"nEMu__dNWH8cjM:","isu":"cottoninc.com","itg":0,"ity":"gif","oh":388,"ou":"http://www.cottoninc.com/product/NonWovens/Nonwoven-Technical-Guide/images/figure7.gif","ow":241,"pt":"Cotton Morphology and Chemistry - Cotton Incorporated","rid":"OFefZ2a1kzBTtM","rmt":0,"rt":0,"ru":"http://www.cottoninc.com/product/NonWovens/Nonwoven-Technical-Guide/Cotton-Morphology-And-Chemistry/","s":"Cotton\u0027s Unique Fiber Morphology","sc":1,"st":"Cotton Incorporated","th":285,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQsGzg6CUJ4ItqtILwVLrT4e08Z-XKugPfAIKtchJ_X9c781GEh","tw":177}
850 × 863 - researchgate.net
{"id":"j6tG3aNzuj7ROM:","isu":"researchgate.net","itg":0,"ity":"png","oh":863,"ou":"https://www.researchgate.net/profile/Frank_Ko2/publication/222659236/figure/fig2/AS:305358724714497@1449814601289/Fig-2-The-morphology-and-fiber-diameter-distribution-of-polypropylene-fibers-at-an.png","ow":850,"pt":"The morphology and fiber diameter distribution of polypropylene ...","rid":"wnLvFRCmhLy4fM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/222659236_fig2_Fig-2-The-morphology-and-fiber-diameter-distribution-of-polypropylene-fibers-at-an","s":"Download","sc":1,"st":"ResearchGate","th":226,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRNsiUhAwiM2uNukUd_O8Q4WEbOrkiZD_th_5fqu_WEldGsaavtJQ","tw":223}
638 × 479 - slideshare.net
{"id":"2iWDKn5eBSwjfM:","isu":"slideshare.net","itg":0,"ity":"jpg","oh":479,"ou":"https://image.slidesharecdn.com/flax-131007081309-phpapp01/95/flax-fiber-manufacturing-physical-and-chemical-properties-3-638.jpg?cb\u003d1381133693","ow":638,"pt":"Flax fiber, manufacturing, physical and chemical properties..","rid":"g93wAoxJAhn8jM","rmt":0,"rt":0,"ru":"https://www.slideshare.net/lilybhagat3/flax-fiber-manufacturing-physical","s":"Fiber morphology- ...","sc":1,"st":"SlideShare","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSB4czpJyK5HA8yPGV-BwOIVnsqnz7F6uoEEy10vse4dy_gRqxWpg","tw":259}
513 × 394 - carbonlett.org
{"id":"bQkXnl0TLtQIUM:","isu":"carbonlett.org","itg":0,"ity":"jpg","oh":394,"ou":"http://carbonlett.org/Upload/files/CARBONLETT/Untitled-1.jpg","ow":513,"pt":"CARBON LETT","rid":"54ZdqNmEu_fZXM","rmt":0,"rt":0,"ru":"http://carbonlett.org/PublishedPaper/year_abstract.asp?idx\u003d12","s":"Keyword: kenaf-based carbon fiber, carbonization, chemical pre-treatment, thermal change, fiber morphology.","st":"CARBON LETT","th":197,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTGLpU9C-X5Zzb0H9_6zdONtTJSI25ColB-WoTqGJau45zKyxAt","tw":256}
394 × 325 - knowledgetextile.wordpress.com
{"cb":15,"cl":6,"cr":9,"ct":6,"id":"2dCEv0e6ZxR8wM:","isu":"knowledgetextile.wordpress.com","itg":0,"ity":"jpg","oh":325,"ou":"https://knowledgetextile.files.wordpress.com/2015/08/picture6.jpg","ow":394,"pt":"Cotton Fiber Morphology | knowledge of textile","rid":"Ci6Iplu1C27TUM","rmt":0,"rt":0,"ru":"https://knowledgetextile.wordpress.com/more/others/cotton-fiber-morphology/","s":"The cuticle is the\u0027 very-outside\u0027 or \u0027skin\u0027 of the cotton fiber. It is composed of a waxy layer (pectin) only a few molecules thick.","sc":1,"st":"knowledge of textile - WordPress.com","th":204,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTsFrCya-L5nLltVJjgq8EC6iK_UgaHfjgD9Hy41gDmK3q-_Ibciw","tw":247}
800 × 639 - intechopen.com
{"id":"Mgo0DYYyw8NC9M:","isu":"intechopen.com","itg":0,"ity":"jpg","oh":639,"ou":"https://www.intechopen.com/source/html/42248/media/image2_w.jpg","ow":800,"pt":"Thermal Analysis of Phase Transitions and Crystallization in ...","rid":"XAkPi0vBMAMpQM","rmt":0,"rt":0,"ru":"https://www.intechopen.com/books/applications-of-calorimetry-in-a-wide-context-differential-scanning-calorimetry-isothermal-titration-calorimetry-and-microcalorimetry/thermal-analysis-of-phase-transitions-and-crystallization-in-polymeric-fibers","s":"Model for the morphology in a polymeric fiber in allusion to [14]","sc":1,"st":"InTechOpen","th":201,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcR-rRc6jO_HyksPEuURFGqQk6Ipeor_UA0_G8U4KiSvTrgB1KTJ","tw":251}
500 × 565 - chemistry.stackexchange.com
{"cr":3,"id":"Kz6AiM0MFQJyuM:","isu":"chemistry.stackexchange.com","itg":0,"ity":"png","oh":565,"ou":"https://i.stack.imgur.com/NLKcF.png","ow":500,"pt":"What forces keep a cotton fiber together? - Chemistry Stack Exchange","rid":"USmjbJWQpr7AaM","rmt":0,"rt":0,"ru":"https://chemistry.stackexchange.com/questions/28137/what-forces-keep-a-cotton-fiber-together","s":"... Cotton fibre morphology","sc":1,"st":"Chemistry Stack Exchange","th":239,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTLOCB2AZSajeXvvW8sTNgjhpvC71uthHfQazhtEW6zM4-5Mo7z","tw":211}
403 × 203 - knowledgetextile.wordpress.com
{"ct":3,"id":"dug_iFpHvOyuyM:","isu":"knowledgetextile.wordpress.com","itg":0,"ity":"jpg","oh":203,"ou":"https://knowledgetextile.files.wordpress.com/2015/08/picture4.jpg","ow":403,"pt":"Cotton Fiber Morphology | knowledge of textile","rid":"Ci6Iplu1C27TUM","rmt":0,"rt":0,"ru":"https://knowledgetextile.wordpress.com/more/others/cotton-fiber-morphology/","s":"5/6th of its length, is regular, with a thick fiber wall, a canal along the center of the fiber called the lumen, ...","sc":1,"st":"knowledge of textile - WordPress.com","th":159,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRONqH_c6UnlvvrswqcAqylAoK5tQvZnl3Dz7ZhVS15-gexFsYF","tw":317}
304 × 200 - textilebd.blogspot.com
{"id":"W33Fg16n9Mk1kM:","isu":"textilebd.blogspot.com","itg":0,"ity":"png","oh":200,"ou":"http://4.bp.blogspot.com/-m0utQn6ALOM/TgjB3D1n3WI/AAAAAAAAAGw/mbzC2C31Pm0/s1600/structureofcottonfiber.png","ow":304,"pt":"Micro and Macro Structure of the Cotton Fiber. ~ TextileBd","rid":"v6i6zhrhEFAO1M","rmt":0,"rt":0,"ru":"http://textilebd.blogspot.com/2011/06/micro-structure-of-cotton-fiber.html","s":"Micro Structure or Morphological Structure of Cotton Fiber","sc":1,"st":"TextileBd - blogger","th":160,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRuRRsQTVP_TwNhoa9ly2jwCorTpS4Wa3Vj1EzE10d4jRn84GZEOA","tw":243}
850 × 422 - researchgate.net
{"cl":3,"id":"18ScunuXd45GZM:","isu":"researchgate.net","itg":0,"ity":"png","oh":422,"ou":"https://www.researchgate.net/profile/Qian_Cheng21/publication/267275120/figure/fig2/AS:295562877390863@1447479089791/Figure-2-Morphology-and-structure-of-coated-carbon-fiber-cloth-and-CoOH-2-a-SEM.png","ow":850,"pt":"Morphology and structure of coated carbon fiber cloth and ...","rid":"hrlXvUdcjmMZOM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/267275120_fig2_Figure-2-Morphology-and-structure-of-coated-carbon-fiber-cloth-and-CoOH-2-a-SEM","s":"Morphology and structure of coated carbon fiber cloth and Co(OH)","st":"ResearchGate","th":158,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRIh3ujTb3I-_7bHfcfdJSMFLEqRAEgpiJCX0nfYHxhRm7Ma-4jTQ","tw":319}
638 × 479 - slideshare.net
{"id":"oiftpH9HfJFNVM:","isu":"slideshare.net","itg":0,"ity":"jpg","oh":479,"ou":"https://image.slidesharecdn.com/cotton-131007081403-phpapp01/95/cotton-fiber-manufacturing-physical-and-chemical-properties-6-638.jpg?cb\u003d1381133764","ow":638,"pt":"Cotton fiber manufacturing, physical and chemical properties","rid":"Ii1OUlL2OVEG2M","rmt":0,"rt":0,"ru":"https://www.slideshare.net/lilybhagat3/cotton-fiber-manufacturing-physical-and-chemical-properties","s":"... convoluted cotton fiber; 6.","sc":1,"st":"SlideShare","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTqFaPP2IwMgXiBUfgYOudAMQXi8mwDQVcHSxge0Ch3fG8-kA80","tw":259}
600 × 406 - intechopen.com
{"id":"OrPFhgrQh4tzbM:","isu":"intechopen.com","itg":0,"ity":"jpeg","oh":406,"ou":"https://www.intechopen.com/source/html/8643/media/image5.jpeg","ow":600,"pt":"Preparation of Cellulose-based Nanofibers Using Electrospinning ...","rid":"II9VG9CvCDKsCM","rmt":0,"rt":0,"ru":"https://www.intechopen.com/books/nanofibers/preparation-of-cellulose-based-nanofibers-using-electrospinning","s":"Effect of flow rate of 10 wt% EC solution on fiber morphology (voltage\u003d","st":"InTechOpen","th":185,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQAEi0CsPnxQ8D23dtyOvnet7Vu9HZVmiqwBZhxG1_M3ryYfd_L","tw":273}
328 × 229 - tut.fi
{"cb":3,"cl":3,"ct":3,"id":"3z8tAVtlQTTpbM:","isu":"tut.fi","itg":0,"ity":"jpg","oh":229,"ou":"https://www.tut.fi/ms/muo/vert/10_reinforcing_materials/images/textile_production_PET_clip_image012.jpg","ow":328,"pt":"Raw materials","rid":"ooHtPOVq2G5zuM","rmt":0,"rt":0,"ru":"https://www.tut.fi/ms/muo/vert/10_reinforcing_materials/textile_production_PET.htm","s":"A cartoon of morphology development in PET melt spinning. [Handbook of Fiber Chemistry Third Edition, Edited by Menachem Lewin]","sc":1,"th":188,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSTSl8rZ3ytUaro_bnmNNootnIZb5wY3ODbgCKCI1cK9kkyjkJupg","tw":269}
1133 × 501 - web.mit.edu
{"id":"37ANQa7srF3RQM:","isu":"web.mit.edu","itg":0,"ity":"jpg","oh":501,"ou":"http://web.mit.edu/rutledgegroup/spotlight/spot1.jpg","ow":1133,"pt":"Rutledge Research Group, Chemical Engineering, MIT","rid":"Urt1ibKalJwANM","rmt":0,"rt":0,"ru":"http://web.mit.edu/rutledgegroup/spotlight/spotlight.html","s":"Submicron diameter fibers of polystyrene (PS) are electrospun from solutions in dimethylformamide (DMF). It is found that the smooth fibers with highly ...","th":149,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQyDoB6FNP2EM6tKizWCX3HSsy2nUbsHNEQgC-TITy-YblsIIk6","tw":338}
2048 × 1182 - imetechnologies.com
{"id":"0E_XQd4nIx37NM:","isu":"imetechnologies.com","itg":1,"ity":"jpg","oh":1182,"ou":"https://www.imetechnologies.com/wp-content/uploads/2017/04/toc2-141114-003.jpg","ow":2048,"pt":"Climate Controlled Electrospinning - fiber morphology | IME ...","rid":"rkkHjP1Yl5nCBM","rmt":0,"rt":0,"ru":"https://www.imetechnologies.com/electrospinning-controlled-environmental/","s":"Relative humidity influences surface morphology of polycaprolactone fibers, as well as the minimum uptake speed","sc":1,"st":"IME Technologies","th":170,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTeL0aYB09WgEvkiYGCO6lJ3akFBZwt5ThTYMc43QVjFCZ-80B2","tw":296}
305 × 304 - knowledgetextile.wordpress.com
{"id":"JZ6HNZu387LLrM:","isu":"knowledgetextile.wordpress.com","itg":0,"ity":"jpg","oh":304,"ou":"https://knowledgetextile.files.wordpress.com/2015/08/picture5.jpg","ow":305,"pt":"Cotton Fiber Morphology | knowledge of textile","rid":"Ci6Iplu1C27TUM","rmt":0,"rt":0,"ru":"https://knowledgetextile.wordpress.com/more/others/cotton-fiber-morphology/","s":"The fiber length to breadth ratio of cotton ranges from about 6000:1 for the longest and best types, to about 350:1 for the shortest coarsest cotton type. ...","sc":1,"st":"knowledge of textile - WordPress.com","th":224,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcT3Y6MLCgsQer-kgbgTvh3peS9c_2bTVqP8lxs4z7QZw3etxQio","tw":225}
735 × 415 - scielo.br
{"id":"5xS0D5_MeqS3cM:","isu":"scielo.br","itg":0,"ity":"jpg","oh":415,"ou":"http://www.scielo.br/img/revistas/mr/2012nahead/aop_1346fig06.jpg","ow":735,"pt":"Influence of thermal treatment on porosity formation on carbon ...","rid":"jDdnWkFPDnmlWM","rmt":0,"rt":0,"ru":"http://www.scielo.br/scielo.php?script\u003dsci_arttext\u0026pid\u003dS1516-14392013000100017","s":"Along the longitudinal surface of the MV-OPAN a similar pattern with slightly rough and irregular surface can be observed. These different morphology ...","st":"SciELO","th":169,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcS_FHj8Okx1f9RsMfQLijlbSjpwyxmugVcpHlpR0zPLIWV-rYsv","tw":299}
1014 × 734 - scielo.org.mx
{"id":"TF70uP4i4qSlYM:","isu":"scielo.org.mx","itg":0,"ity":"jpg","oh":734,"ou":"http://www.scielo.org.mx/img/revistas/jmcs/v57n4/a7f5.jpg","ow":1014,"pt":"Submicrometric Fibrillar Structures of Codoped Polyaniline ...","rid":"JY2eViV2f_XgWM","rmt":0,"rt":0,"ru":"http://www.scielo.org.mx/scielo.php?script\u003dsci_arttext\u0026pid\u003dS1870-249X2013000400007","s":"From these pictures, one can find that the average diameter of the fibers in the two HCl/CSA ratios is ~80-100 nm for 0.4/0.6 ratio and ~60-90 nm for ...","sc":1,"st":"SciELO México","th":191,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQtstqCKQSsgwSMrgKeytqmBoxBnP-0jXYevxTHSUB-x6Tf5sOIUA","tw":264}
236 × 179 - researchgate.net
{"id":"zMfgS3z6dHUlAM:","isu":"researchgate.net","itg":0,"ity":"png","oh":179,"ou":"https://www.researchgate.net/profile/Maryam_Jafarbeglou/publication/271515743/figure/fig3/AS:295157317554178@1447382396233/Figure-4-Effect-of-NaCl-amount-in-the-PVA-solution-on-fiber-morphology-DH-98.png","ow":236,"pt":"Effect of NaCl amount in the PVA solution on fiber morphology ...","rid":"E5odl4vZX8HbFM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/271515743_fig3_Figure-4-Effect-of-NaCl-amount-in-the-PVA-solution-on-fiber-morphology-DH-98","s":"Figure 4: Effect of NaCl amount in the PVA solution on fiber morphology (DH","sc":1,"st":"ResearchGate","th":143,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRfaWfIdyoAhLXVWnfOIsaL27xkFOKqS-O7DWaPqtkaOs5gPsBp","tw":188}
638 × 479 - slideshare.net
{"id":"6T5F7qO45E7qJM:","isu":"slideshare.net","itg":0,"ity":"jpg","oh":479,"ou":"https://image.slidesharecdn.com/propertiesoffibers-131007081101-phpapp02/95/properties-of-fibers-8-638.jpg?cb\u003d1381133712","ow":638,"pt":"Properties of fibers","rid":"4ciIb7hgAvnSPM","rmt":0,"rt":0,"ru":"https://www.slideshare.net/lilybhagat3/properties-of-fibers-26938365","s":"It is used to impart; 8.","sc":1,"st":"SlideShare","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRFKGlhd_DYy2_Ak4x5pFiXFzIvtWE5tjb5i5X6BA1sQH2oTxmt","tw":259}
638 × 479 - slideshare.net
{"id":"qOQ_A6v6BnM7bM:","isu":"slideshare.net","itg":0,"ity":"jpg","oh":479,"ou":"https://image.slidesharecdn.com/propertiesoffibers-131007081101-phpapp02-160224174256/95/propertiesof-fibers-18-638.jpg?cb\u003d1456335980","ow":638,"pt":"Propertiesof fibers","rid":"zshnBUuAlnF1PM","rmt":0,"rt":0,"ru":"https://www.slideshare.net/Amitsirohi2/propertiesof-fibers","s":"Morphology of cotton fiber ...","sc":1,"st":"SlideShare","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQhVdLq6QuGo9R1kAkJVYXweqylOKj8ES3-OkmAYCcicxHmsES5VA","tw":259}
357 × 462 - yumpu.com
{"cb":6,"cl":9,"cr":9,"ct":6,"id":"LFT55BgKeJG0KM:","isu":"yumpu.com","itg":1,"ity":"jpg","oh":462,"ou":"https://img.yumpu.com/30996662/1/358x462/electrospun-fiber-morphology-and-nonwoven-fabric-matdl.jpg?quality\u003d80","ow":357,"pt":"MORPHOLOGY OF PULP FIBER FROM HARDWOODS AND ...","rid":"OtbkNQ7d4BcxKM","rmt":0,"rt":0,"ru":"https://www.yumpu.com/en/document/view/11537556/morphology-of-pulp-fiber-from-hardwoods-and-","s":"electrospun fiber morphology and nonwoven fabric ... - MatDL","sc":1,"st":"Yumpu","th":255,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQ1KvwpS0t5Br5A88OsWBmmF1dBeKbgsybjTxpLZkBEcbI_BzkT","tw":197}
402 × 267 - researchgate.net
{"cb":3,"ct":3,"id":"0ATS9Vz10GKPZM:","isu":"researchgate.net","itg":1,"ity":"png","oh":267,"ou":"https://www.researchgate.net/profile/Soo-jeong_Shin2/publication/264170272/figure/fig1/AS:295912090947604@1447562348729/Fig-1-Different-fiber-morphology-between-yellow-poplar-and-eucalyptus-kraft-pulps.png","ow":402,"pt":"Fig 1. Different fiber morphology between yellow poplar and ...","rid":"sEW6SLmvjSA_gM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/264170272_fig1_Fig-1-Different-fiber-morphology-between-yellow-poplar-and-eucalyptus-kraft-pulps","s":"Different fiber morphology between yellow poplar and eucalyptus kraft pulps.","sc":1,"st":"ResearchGate","th":183,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcT5OkM63oifmhvDHU3GLb9j1GCmcbhlvW015KV0ylLiEDMxfBgoSA","tw":276}
700 × 397 - nptel.ac.in
{"cb":6,"id":"Mwc_4q6cimkpEM:","isu":"nptel.ac.in","itg":0,"ity":"jpg","oh":397,"ou":"http://nptel.ac.in/courses/116102026/Flash/fig22.jpg","ow":700,"pt":"Silver formation","rid":"q9dUcOpCNWohjM","rmt":0,"rt":0,"ru":"http://nptel.ac.in/courses/116102026/bast%20fibers-m4/fibre%20composition%20and%20morphology.htm","s":"Fig.2 Cross-sectional view and micro-structure of jute fibre","sc":1,"st":"nptel","th":169,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTOHjXVYVyLzuo-c7hWHM_V35r3pxeiP3bHW5PAqRuP28aj-QKK","tw":298}
567 × 452 - researchgate.net
{"id":"8aq_Uwj76ImviM:","isu":"researchgate.net","itg":1,"ity":"png","oh":452,"ou":"https://www.researchgate.net/publication/275360733/figure/fig7/AS:267813407424558@1440863100926/Figure-1-Characterization-of-fiber-morphology-using-SEM-a-PLACL-b-PLACLSF-c.png","ow":567,"pt":"Characterization of fiber morphology using SEM. (a) PLACL ...","rid":"X3kXQD_JfSIL0M","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/275360733_fig7_Figure-1-Characterization-of-fiber-morphology-using-SEM-a-PLACL-b-PLACLSF-c","s":"Figure 1: Characterization of fiber morphology using SEM. (a) PLACL, (","st":"ResearchGate","th":200,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTKGnbOCzZzkELaXvusQ0BqlNaHvDLowJk94SksIf4mqTrBjswN-g","tw":252}
498 × 823 - scielo.br
{"id":"9p8KkDDBeay0YM:","isu":"scielo.br","itg":0,"ity":"jpg","oh":823,"ou":"http://www.scielo.br/img/revistas/rmat/v20n1//1517-7076-rmat-20-01-00169-gf02.jpg","ow":498,"pt":"The morphology of coconut fiber surface under chemical treatment","rid":"82iq7ilvnmzvhM","rmt":0,"rt":0,"ru":"http://www.scielo.br/scielo.php?script\u003dsci_arttext\u0026pid\u003dS1517-70762015000100015","s":"Figure 2: Surface morphology of coconut fiber with the second treatment","sc":1,"st":"SciELO","th":289,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRVw20MtPo3kbrhRJZk6AyprgFeX1sVhxOH1-JdaY9QLaXmXphWhA","tw":175}
600 × 433 - researchgate.net
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816 × 653 - researchgate.net
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850 × 162 - researchgate.net
{"id":"LHFc7RlxTc4lIM:","isu":"researchgate.net","itg":1,"ity":"png","oh":162,"ou":"https://www.researchgate.net/profile/Alireza_Ashori/publication/225319708/figure/tbl2/AS:393819234291745@1470905230871/Table-2-Fiber-morphology-of-used-agro-residues-materials.png","ow":850,"pt":"Lemon Balm (Melissa officinalis) Stalk: Chemical Composition and ...","rid":"hgumDW2pLCNgjM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/publication/225319708_Lemon_Balm_Melissa_officinalis_Stalk_Chemical_Composition_and_Fiber_Morphology","s":"Table 2 Fiber morphology of used agro-residues materials","sc":1,"st":"ResearchGate","th":98,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRklMcTIvxjsZYzqdQB7rF8inTRitAxEenuwizF_sWvBac9jwKh","tw":515}
638 × 479 - slideshare.net
{"id":"w_SVBDDv7paJiM:","isu":"slideshare.net","itg":0,"ity":"jpg","oh":479,"ou":"https://image.slidesharecdn.com/propertiesoffibers-131007081101-phpapp02/95/properties-of-fibers-3-638.jpg?cb\u003d1381133712","ow":638,"pt":"Properties of fibers","rid":"4ciIb7hgAvnSPM","rmt":0,"rt":0,"ru":"https://www.slideshare.net/lilybhagat3/properties-of-fibers-26938365","s":"3. Fiber morphology ...","sc":1,"st":"SlideShare","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcT7Nikkx5OgVp59EzaeO2vNw3g0NVveFP9t8upZyrjderP-aQcAqQ","tw":259}
849 × 847 - intechopen.com
{"id":"rXsokZ4rI4M5QM:","isu":"intechopen.com","itg":0,"ity":"png","oh":847,"ou":"https://www.intechopen.com/source/html/41496/media/image2.png","ow":849,"pt":"Novel Polyimide Materials Produced by Electrospinning | InTechOpen","rid":"o2RLbFD_fMbFMM","rmt":0,"rt":0,"ru":"https://www.intechopen.com/books/high-performance-polymers-polyimides-based-from-chemistry-to-applications/novel-polyimide-materials-produced-by-electrospinning","s":"Figure 2.","st":"InTechOpen","th":224,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRupIXpWXPM_vd4kIBUH49uKOm-GekRsBmEf22VXzGUAuoasXpe1A","tw":225}
325 × 227 - researchgate.net
{"cl":21,"id":"Gg4BCLtven7bFM:","isu":"researchgate.net","itg":1,"ity":"png","oh":227,"ou":"https://www.researchgate.net/profile/Giuseppino_Fortunato/publication/233893523/figure/fig8/AS:267676098494491@1440830363488/Figure-5-SEM-images-showing-the-fiber-morphology-for-pure-PEO-and-PEOMFC-fibers-a-0.png","ow":325,"pt":"SEM images showing the fiber morphology for pure PEO and ...","rid":"xKVJIMUY6xGijM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/233893523_fig8_Figure-5-SEM-images-showing-the-fiber-morphology-for-pure-PEO-and-PEOMFC-fibers-a-0","s":"Figure 5: SEM images showing the fiber morphology for pure PEO and PEO/MFC","st":"ResearchGate","th":181,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTQUWaDyLLRIeE7gT2c_2JYaNuPwpeXxPsfCgoPojMQ81yacons7w","tw":260}
326 × 234 - researchgate.net
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678 × 959 - scientific.net
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750 × 367 - nptel.ac.in
{"id":"T3KmHIw3hwnjUM:","isu":"nptel.ac.in","itg":0,"ity":"jpg","oh":367,"ou":"http://nptel.ac.in/courses/116102026/Flash/fig33.jpg","ow":750,"pt":"NPTEL :: Textile Engineering - Textile Fibres","rid":"uLue9oiqW4n0bM","rmt":0,"rt":0,"ru":"http://nptel.ac.in/courses/116102026/19","s":"Fig 2 : Exploded view of the various structural units of the wool fiber [3]","sc":1,"st":"nptel","th":157,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSuzsptDZ8FcVSIQ2XxnCMsZTBLMgdGe9WljVBYmZkLmuQVe0grUw","tw":321}
678 × 959 - scientific.net
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850 × 549 - researchgate.net
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850 × 637 - researchgate.net
{"id":"0cCBfviLHEi1fM:","isu":"researchgate.net","itg":1,"ity":"png","oh":637,"ou":"https://www.researchgate.net/publication/232086854/figure/fig2/AS:300537238048770@1448665069314/FIGURE-2-Quantitative-analysis-of-nerve-fiber-morphology-A-Y-D-Examples-of.png","ow":850,"pt":"Quantitative analysis of nerve fiber morphology. (A Y D ...","rid":"7-F08IWQyvHVcM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/232086854_fig2_FIGURE-2-Quantitative-analysis-of-nerve-fiber-morphology-A-Y-D-Examples-of","s":"Quantitative analysis of nerve fiber morphology. (A Y D) Examples of quantitative","st":"ResearchGate","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcS68xfx-Cf_D2W2VCJDQwwKTCO2kksi7V4W0ggdqLqqECCYdOA7rg","tw":259}
161 × 148 - knowledgetextile.wordpress.com
{"id":"_f6I6v1eYtjrkM:","isu":"knowledgetextile.wordpress.com","itg":0,"ity":"gif","oh":148,"ou":"https://knowledgetextile.files.wordpress.com/2015/08/picture7.gif","ow":161,"pt":"Cotton Fiber Morphology | knowledge of textile","rid":"Ci6Iplu1C27TUM","rmt":0,"rt":0,"ru":"https://knowledgetextile.wordpress.com/more/others/cotton-fiber-morphology/","s":"The cuticle is the\u0027 very-outside\u0027 or \u0027skin\u0027 of the cotton fiber. It is composed of a waxy layer (pectin) only a few molecules thick.","sc":1,"st":"knowledge of textile - WordPress.com","th":118,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRxOItPiNqZwBXClM_Dfkb6uaJZHxkSreqwmt2Um_rZEBt0oph8YA","tw":128}
840 × 395 - researchgate.net
{"id":"Q_PxXghtd_PMMM:","isu":"researchgate.net","itg":0,"ity":"png","oh":395,"ou":"https://www.researchgate.net/profile/Tai-Shung_Chung/publication/256923029/figure/fig7/AS:297457251569670@1447930743406/Fig-7-Cross-sectional-morphology-of-hollow-fiber-membranes-spun-from-15-wt-PVDFNMP.png","ow":840,"pt":"Cross-sectional morphology of hollow fiber membranes spun from ...","rid":"jW6Mu6JMV5L1CM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/256923029_fig7_Fig-7-Cross-sectional-morphology-of-hollow-fiber-membranes-spun-from-15-wt-PVDFNMP","s":"Cross-sectional morphology of hollow fiber membranes spun from 15 wt","sc":1,"st":"ResearchGate","th":154,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQHYmGqhj04lxcSRZ3tiaRC2LUZG6j-prk04iR9AeWu92YCWXqj","tw":328}
678 × 959 - scientific.net
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719 × 1008 - researchgate.net
{"id":"xUAnlsoJtHqdpM:","isu":"researchgate.net","itg":1,"ity":"png","oh":1008,"ou":"https://www.researchgate.net/profile/Olivier_Dorchies/publication/10767820/figure/fig4/AS:277067120824320@1443069357308/Figure-4-Defects-in-Muscle-Fiber-Morphology-and-Survival-but-Not-in-MTJs-A-Upper.png","ow":719,"pt":"Defects in Muscle Fiber Morphology and Survival, but Not in ...","rid":"hwvH8xKUwhORfM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/10767820_fig4_Figure-4-Defects-in-Muscle-Fiber-Morphology-and-Survival-but-Not-in-MTJs-A-Upper","s":"Download","sc":1,"st":"ResearchGate","th":266,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTt16GCfxRSH57ZhkKPSbYimmeh-dJ7GsYiVOiQzSauSfXhO0NE","tw":190}
638 × 479 - slideshare.net
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850 × 508 - researchgate.net
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720 × 622 - researchgate.net
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850 × 481 - researchgate.net
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644 × 572 - medicinehack.com
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720 × 489 - researchgate.net
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850 × 1276 - researchgate.net
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4267 × 3200 - fblt.cz
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488 × 894 - scielo.br
{"id":"DyDQr68mZjgXkM:","isu":"scielo.br","itg":0,"ity":"jpg","oh":894,"ou":"http://www.scielo.br/img/revistas/rmat/v20n1//1517-7076-rmat-20-01-00169-gf03.jpg","ow":488,"pt":"The morphology of coconut fiber surface under chemical treatment","rid":"82iq7ilvnmzvhM","rmt":0,"rt":0,"ru":"http://www.scielo.br/scielo.php?script\u003dsci_arttext\u0026pid\u003dS1517-70762015000100015","s":"Figure 3: Surface morphology of coconut fiber with the third treatment","sc":1,"st":"SciELO","th":304,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSzrk_S6Be8QcSQCwm6hXO2Koh2PWJ93UrPx1xNkrMZFW5aJb-mQw","tw":166}
550 × 503 - researchgate.net
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450 × 337 - fffibers.com
{"cb":21,"ct":21,"id":"tBepaeSjikNynM:","isu":"fffibers.com","itg":0,"ity":"jpg","oh":337,"ou":"http://fffibers.com/wp-content/uploads/2017/03/FiberMorphology.jpg","ow":450,"pt":"Fiber Morphology \u2013 Free Form Fibers","rid":"-eIk6HvIfPrbOM","rmt":0,"rt":0,"ru":"http://fffibers.com/products/fiber-morphology/","s":"In-situ variation of fiber diameter during fabrication (fiber diameters alternate from ~15 microns to 50 microns","st":"Free Form Fibers","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcT5-QUDI_eNPwh2cGldfcICMhepMLDCQ0ctJCAWSztTW43gPsmAHg","tw":260}
741 × 320 - researchgate.net
{"id":"k-unzXEX1DaQBM:","isu":"researchgate.net","itg":1,"ity":"png","oh":320,"ou":"https://www.researchgate.net/publication/298801366/figure/fig2/AS:341067665821699@1458328276229/Biocompatibility-Assessment-and-Muscle-Fiber-Morphology-Quantification.png","ow":741,"pt":"Biocompatibility Assessment and Muscle Fiber Morphology ...","rid":"6JO0tKe9Qoa4HM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/298801366_fig2_Biocompatibility-Assessment-and-Muscle-Fiber-Morphology-Quantification","s":"Biocompatibility Assessment and Muscle Fiber Morphology Quantification","sc":1,"st":"ResearchGate","th":147,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTSZi3UorXCjkg9GsorCYIc76d-mkk6GsVEyO3ORFdW4AVGxDsj","tw":342}
850 × 1010 - researchgate.net
{"id":"P6m3Hy-1f1nZWM:","isu":"researchgate.net","itg":1,"ity":"png","oh":1010,"ou":"https://www.researchgate.net/profile/Chi_Wang6/publication/256831334/figure/fig1/AS:392658552934402@1470628502556/Fig-1-SEM-images-of-as-spun-iPS-fiber-morphology-a-b-c-are-products-electrospun.png","ow":850,"pt":"SEM images of as-spun iPS fiber morphology; (a), (b) (c) are ...","rid":"4yq8S8KaQkzetM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/256831334_fig1_Fig-1-SEM-images-of-as-spun-iPS-fiber-morphology-a-b-c-are-products-electrospun","s":"Download","st":"ResearchGate","th":245,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRfUWuTX_DhWvb2j1bmxHFC4Bhe5GsioWizgP24Jc6ZQhkF7w18","tw":206}
1299 × 854 - pubs.rsc.org
{"id":"fUzN4MFENhBG-M:","isu":"pubs.rsc.org","itg":0,"ity":"gif","oh":854,"ou":"http://pubs.rsc.org/services/images/RSCpubs.ePlatform.Service.FreeContent.ImageService.svc/ImageService/Articleimage/2015/RA/c5ra01241d/c5ra01241d-f4_hi-res.gif","ow":1299,"pt":"Polyacrylonitrile/lignin sulfonate blend fiber for low-cost carbon ...","rid":"z9aW7cDnx_ZfKM","rmt":0,"rt":0,"ru":"http://pubs.rsc.org/-/content/articlehtml/2015/ra/c5ra01241d","s":"4 The cross-section morphology of the second group of PAN/LS blend fibers. The dopes with fixed PAN content (15%) were used.","sc":1,"st":"RSC Publishing - Royal Society of Chemistry","th":182,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRR7H45YZKXwz2hu9Shny50WR3-i5UG7WGLxb4ikAbyW_dtTmxRdw","tw":277}
552 × 312 - sciencedirect.com
{"id":"PYZcvhgDMFtIYM:","isu":"sciencedirect.com","itg":0,"ity":"jpg","oh":312,"ou":"http://ars.els-cdn.com/content/image/1-s2.0-S1359836812004787-gr2.jpg","ow":552,"pt":"Effects of fiber treatment on morphology, tensile and ...","rid":"GwbVzYfHcOQ46M","rmt":0,"rt":0,"ru":"http://www.sciencedirect.com/science/article/pii/S1359836812004787","s":"Download full-size image","st":"Science Direct","th":169,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQZPoU40GAKRhHbDu5n8UQvUcSbxz1f7UzXGL9u2Bw_SJT0A0Wz","tw":299}
907 × 1280 - dev.biologists.org
{"id":"vBv07KFj30c30M:","isu":"dev.biologists.org","itg":0,"ity":"jpg","oh":1280,"ou":"http://dev.biologists.org/content/develop/138/18/3907/F2.large.jpg?download\u003dtrue","ow":907,"pt":"Hippo pathway regulation by cell morphology and stress fibers ...","rid":"TQArHwHPJktAmM","rmt":0,"rt":0,"ru":"http://dev.biologists.org/content/138/18/3907","s":"Download figure ...","sc":1,"st":"Development - The Company of Biologists","th":267,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQzpR95UtuiuFLxqaa-LOFX-pxSCQI2iFU-GnnjJoMyVqaXmrIR-Q","tw":189}
1125 × 871 - intechopen.com
{"id":"4_AcG_bx6hXiDM:","isu":"intechopen.com","itg":0,"ity":"jpeg","oh":871,"ou":"https://www.intechopen.com/source/html/45622/media/image5.jpeg","ow":1125,"pt":"Cellulosic Fibers: Role of Matrix Polysaccharides in Structure and ...","rid":"7zql30fIaOVkyM","rmt":0,"rt":0,"ru":"https://www.intechopen.com/books/cellulose-fundamental-aspects/cellulosic-fibers-role-of-matrix-polysaccharides-in-structure-and-function","s":"A model of the Gn-layer to the G-layer transformation in gelatinous fibers","sc":1,"st":"InTechOpen","th":197,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTj5cw0O4gs-37plBxxKcLT4jmSuD35yAbEazaFh0YW_h__n-br","tw":255}
840 × 515 - researchgate.net
{"id":"ux8YrwUl_NZbQM:","isu":"researchgate.net","itg":0,"ity":"png","oh":515,"ou":"https://www.researchgate.net/profile/Tai-Shung_Chung/publication/256923029/figure/fig11/AS:297457251569674@1447930743996/Fig-11-Schematic-cross-section-morphology-of-the-dual-layer-hollow-fiber-with-a.png","ow":840,"pt":"Schematic cross-section morphology of the dual-layer hollow ...","rid":"fr055PPSdAzBhM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/256923029_fig11_Fig-11-Schematic-cross-section-morphology-of-the-dual-layer-hollow-fiber-with-a","s":"Fig. 11. Schematic cross-section morphology of the dual-layer hollow fiber","sc":1,"st":"ResearchGate","th":176,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSH-EVMoer9H8mabsHCLy6DUocIdqv8TqWoGi3rpHDHTY42WgSCog","tw":287}
960 × 720 - slideplayer.com
{"cb":21,"cl":3,"cr":3,"ct":3,"id":"asQCNE2G_RTZYM:","isu":"slideplayer.com","itg":0,"ity":"jpg","oh":720,"ou":"http://slideplayer.com/4134801/13/images/13/Fiber+Morphology+Investigators+use%3A+1.+fiber+cross+section+2..jpg","ow":960,"pt":"Chapter 6: Fibers. - ppt download","rid":"OAeI2F69uIhX6M","rmt":0,"rt":0,"ru":"http://slideplayer.com/slide/4134801/","s":"13 Fiber Morphology Investigators ...","sc":1,"st":"SlidePlayer","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTicy3JjTgRkXo3cFfx2k2KtIck1IaJYjQTEYj4u_ABtk4EGSc-","tw":259}
405 × 335 - scielo.br
{"id":"X6d4jt6-URWpgM:","isu":"scielo.br","itg":0,"ity":"jpg","oh":335,"ou":"http://www.scielo.br/img/revistas/mr/v13n3/22f03a.jpg","ow":405,"pt":"Fracture morphology of carbon fiber reinforced plastic composite ...","rid":"tSf79yDtDw9gMM","rmt":0,"rt":0,"ru":"http://www.scielo.br/scielo.php?script\u003dsci_arttext\u0026pid\u003dS1516-14392010000300022","s":"Morphology of composites","st":"SciELO","th":204,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTvP8FKkPQyZ99j1JwtHe8RxkX4K8Cqkg2LizKjg7C6dzeMntd7GQ","tw":247}
961 × 614 - semanticscholar.org
{"id":"gqe8F7ejqDUgJM:","isu":"semanticscholar.org","itg":0,"ity":"png","oh":614,"ou":"https://ai2-s2-public.s3.amazonaws.com/figures/2016-11-08/6ef9ba274e113c3a91cd9aba3813cff62dbd23f6/2-Figure2-1.png","ow":961,"pt":"Effect of solvent evaporation on fiber morphology in rotary jet ...","rid":"5VHvW1bDnubDLM","rmt":0,"rt":0,"ru":"https://www.semanticscholar.org/paper/Effect-of-solvent-evaporation-on-fiber-morphology-Golecki-Yuan/6ef9ba274e113c3a91cd9aba3813cff62dbd23f6","s":"figure 2","sc":1,"st":"Semantic Scholar","th":179,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTqdSa3KLk4lGe-QZE3bjDceEEIRLG5XLuXsS50YlVqfQWDB-Mfuw","tw":281}
702 × 222 - researchgate.net
{"id":"Bezdqc5fb0d4XM:","isu":"researchgate.net","itg":1,"ity":"png","oh":222,"ou":"https://www.researchgate.net/profile/Alireza_Ashori/publication/26799172/figure/tbl1/AS:394259183226888@1471010122706/Table-1-Chemical-components-and-fiber-morphology-of-used-agricultural-residuals.png","ow":702,"pt":"Table 1 Chemical components and fiber morphology of used ...","rid":"YR2kiPSiZvpWzM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/26799172_tbl1_Table-1-Chemical-components-and-fiber-morphology-of-used-agricultural-residuals","s":"Table 1 Chemical components and fiber morphology of used agricultural residuals.","sc":1,"st":"ResearchGate","th":126,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcT9jzKeean8GFBScGFt58bv4zS6ikFM71H93Jmjdm64NeAsxzuW","tw":400}
530 × 354 - worddirection.com
{"id":"DzcWv3U4Hu1zXM:","isu":"worddirection.com","itg":0,"ity":"jpeg","oh":354,"ou":"https://i0.wp.com/worddirection.com/wp-content/uploads/2016/05/Sugar-Cane1.jpeg","ow":530,"pt":"The effects of electron beam on fiber morphology and ruminal fiber ...","rid":"sZ0IpBmNIPiBTM","rmt":0,"rt":0,"ru":"http://worddirection.com/the-effects-of-electron-beam-on-fiber-morphology-and-ruminal-fiber-degradation-characteristics-in-sugarcane-bagasse/","s":"The purpose of this study was to evaluate the effects of electron beam irradiation on fiber morphology and ruminal fiber degradability of sugarcane bagasse.","st":"An Education Blog","th":183,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSOGQKYt8b4DUO9xf_7udD053TsWVYntwjUYKm0SPx0pIIxVTb7yQ","tw":275}
768 × 760 - researchgate.net
{"id":"rekb6oLC4L3VfM:","isu":"researchgate.net","itg":0,"ity":"png","oh":760,"ou":"https://www.researchgate.net/profile/Alan_Jackson6/publication/5902174/figure/fig3/AS:281196887068672@1444053970642/FIG-3-Morphology-of-the-cerebellar-mossy-fibers-of-mock-infected-YFP-mice-A-of.png","ow":768,"pt":"FIG. 3. Morphology of the cerebellar mossy fibers of mock-infected ...","rid":"b6GHDcshgUKjzM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/5902174_fig3_FIG-3-Morphology-of-the-cerebellar-mossy-fibers-of-mock-infected-YFP-mice-A-of","s":"Morphology of the cerebellar mossy fibers of mock-infected YFP mice","st":"ResearchGate","th":223,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcT0NRVbICtTex3OaIoEA__HszXEMZohUs0JqQ-hU3Jeh0Msgj_1nw","tw":226}
503 × 742 - scielo.br
{"id":"Q0OkCCgr6fAnkM:","isu":"scielo.br","itg":0,"ity":"gif","oh":742,"ou":"http://www.scielo.br/img/fbpe/bjce/v19n2/10671f1.gif","ow":503,"pt":"Development and characterization of microfiltration hollow-fiber ...","rid":"TUBoBk1-_JaVrM","rmt":0,"rt":0,"ru":"http://www.scielo.br/scielo.php?script\u003dsci_arttext\u0026pid\u003dS0104-66322002000200009","s":"Figure 2 shows the influence of the precipitation bath temperature and air gap on fiber morphology. Association of these two parameters markedly influences ...","sc":1,"st":"SciELO","th":273,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTI6ah9sbF9s74H_gEkg8rkf6GMM1QEvqcqyiEVbbvhCmquCJCCkg","tw":185}
678 × 959 - scientific.net
{"cl":9,"cr":9,"id":"MypV9ZAboa1WaM:","isu":"scientific.net","itg":1,"ity":"gif","oh":959,"ou":"https://www.scientific.net/AMR.113-116.689/preview.gif","ow":678,"pt":"Action Mechanism of High-Shear Fiber Kneader Treatment on the ...","rid":"BrmpxHwNVpCE4M","rmt":0,"rt":0,"ru":"https://www.scientific.net/AMR.113-116.689","s":"First page preview Article Preview","sc":1,"st":"Scientific.net","th":267,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcR_5Wq7IPuFRaAFVKI6cbtTlWr7Iinllvz1QtfklqeMycKUYIYUIA","tw":189}
443 × 350 - researchgate.net
{"id":"OzPbW9K5AEczlM:","isu":"researchgate.net","itg":0,"ity":"png","oh":350,"ou":"https://www.researchgate.net/profile/Lode_Daelemans/publication/278414318/figure/fig2/AS:294346306932738@1447189036231/Figure-2-Morphology-of-the-glass-fibre-plies-with-consolidated-polyester-binder.png","ow":443,"pt":"Morphology of the glass fibre plies with consolidated... - Figure ...","rid":"hCfDn07MfRZ1YM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/278414318_fig2_Figure-2-Morphology-of-the-glass-fibre-plies-with-consolidated-polyester-binder","s":"Figure 2: Morphology of the glass fibre plies with consolidated polyester binder.","st":"ResearchGate","th":199,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSR2AGwCj2hsJfloeuyG8TDlsj78kfyAlwqHE_fJWRL5UsESftk8A","tw":253}
826 × 914 - researchgate.net
{"id":"df0kExg7tkn-nM:","isu":"researchgate.net","itg":0,"ity":"png","oh":914,"ou":"https://www.researchgate.net/profile/Tai-Shung_Chung/publication/251585261/figure/fig1/AS:298214990336025@1448111403059/Fig-2-The-membrane-morphology-of-PVDF-hollow-fiber-membranes-spun-from-different.png","ow":826,"pt":"The membrane morphology of PVDF hollow fiber membranes spun ...","rid":"WTuQmbldfa0MUM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/251585261_fig1_Fig-2-The-membrane-morphology-of-PVDF-hollow-fiber-membranes-spun-from-different","s":"The membrane morphology of PVDF hollow fiber membranes spun from different NMP","st":"ResearchGate","th":236,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSOFEIiW2fKD7hj3UA_EIJPcHf6mwj5izB1-aFpM_mSJU5gfEijYw","tw":213}
850 × 1103 - researchgate.net
{"id":"13i3VAWlTR4plM:","isu":"researchgate.net","itg":1,"ity":"png","oh":1103,"ou":"https://www.researchgate.net/profile/Fergus_Noble/publication/288831592/figure/fig5/AS:314506522710018@1451995606174/Figure-5-Fully-automated-measurement-of-collagen-fiber-morphology-shows-increased-length.png","ow":850,"pt":"Fully automated measurement of collagen fiber morphology ...","rid":"oynx9UARNuslJM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/288831592_fig5_Figure-5-Fully-automated-measurement-of-collagen-fiber-morphology-shows-increased-length","s":"Figure 5: Fully automated measurement of collagen fiber morphology shows increased length correlates with poor","sc":1,"st":"ResearchGate","th":256,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSYqMFSEury_8GmkAa1juF4pD0R1fW072drMtGsuyjOhLrPPc_8","tw":197}
769 × 1010 - researchgate.net
{"id":"jgtJspWQB9xU9M:","isu":"researchgate.net","itg":1,"ity":"png","oh":1010,"ou":"https://www.researchgate.net/profile/Cigdem_Yucel_Falco/publication/281637871/figure/fig4/AS:284632995123201@1444873202368/Fig-4-Fiber-morphology-observed-with-FEG-SEM-A-D-and-AFM-pictures-height-sensor.png","ow":769,"pt":"Fiber morphology observed with FEG-SEM (A\u2013D) and AFM pictures ...","rid":"ppmlsgt4sSa4dM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/281637871_fig4_Fig-4-Fiber-morphology-observed-with-FEG-SEM-A-D-and-AFM-pictures-height-sensor","s":"Download","sc":1,"st":"ResearchGate","th":257,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcThxr2D1PmBh8XLZSzF0W62jdDsh1mfvh2AyS4oJI8VebgFtb4b","tw":196}
496 × 496 - researchgate.net
{"id":"LzrN2cWOqrCM3M:","isu":"researchgate.net","itg":1,"ity":"png","oh":496,"ou":"https://www.researchgate.net/publication/40029390/figure/fig3/AS:202644485349382@1425325618297/Nuclear-localization-lens-fiber-morphology-and-lens-capsule-structure-in-E13-control-A.png","ow":496,"pt":"Nuclear localization, lens fiber morphology and lens capsule ...","rid":"pegc5i3iWAPN7M","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/40029390_fig3_Nuclear-localization-lens-fiber-morphology-and-lens-capsule-structure-in-E13-control-A","s":"Nuclear localization, lens fiber morphology and lens capsule structure in E13 control (A,","sc":1,"st":"ResearchGate","th":225,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQwYTDN2lhf28tFjjIKtGg6ps8qU-nXigsSr9YKPVX3qvhhm2PH","tw":225}
328 × 398 - researchgate.net
{"id":"PP4d0qr73whV3M:","isu":"researchgate.net","itg":0,"ity":"png","oh":398,"ou":"https://www.researchgate.net/profile/Qunfeng_Cheng/publication/260950793/figure/fig4/AS:271076517216290@1441641086749/Figure-1-Morphology-of-natural-lotus-fibers-aDigital-image-of-lotus-fibers-drawn-out.png","ow":328,"pt":"Morphology of natural lotus fibers. a) Digital image of lotus ...","rid":"k0aBv373CMplxM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/260950793_fig4_Figure-1-Morphology-of-natural-lotus-fibers-aDigital-image-of-lotus-fibers-drawn-out","s":"Figure 1: Morphology of natural lotus fibers. a) Digital image of lotus fibers","st":"ResearchGate","th":247,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQaUxa3UgaKULLfRnEYNdRtyBf2r_aiM5shU6Q3WVVGENCHw7pEYA","tw":204}
850 × 1102 - researchgate.net
{"cb":12,"cl":21,"cr":21,"ct":6,"id":"ZEJRgzx81qneFM:","isu":"researchgate.net","itg":0,"ity":"png","oh":1102,"ou":"https://i1.rgstatic.net/publication/38103896_Anatomical_Structures_and_Fiber_Morphology_of_New_Kenaf_Varieties/links/54f81d4a0cf210398e9430a5/largepreview.png","ow":850,"pt":"Anatomical Structures and Fiber Morphology of New Kenaf Varieties ...","rid":"kjLTOdk1RBrdJM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/publication/38103896_Anatomical_Structures_and_Fiber_Morphology_of_New_Kenaf_Varieties","s":"Anatomical Structures and Fiber Morphology of New Kenaf Varieties (PDF Download Available)","sc":1,"st":"ResearchGate","th":256,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTY2uWA1mhs5WyO2AyDZ0VxlfcHTIrboVReRtmBNjksnJk2yVLY","tw":197}
850 × 415 - researchgate.net
{"cb":6,"cl":3,"cr":3,"ct":6,"id":"uHsLdbQj6NHu_M:","isu":"researchgate.net","itg":1,"ity":"png","oh":415,"ou":"https://www.researchgate.net/profile/R_Gong/publication/279207074/figure/fig7/AS:324323182170115@1454336080594/Effect-of-voltage-on-fiber-morphology-and-diameter-distribution-with-11-NaAlgPEO.png","ow":850,"pt":"Effect of voltage on fiber morphology and diameter distribution ...","rid":"5qjoSzaUDvg3jM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/279207074_fig7_Effect-of-voltage-on-fiber-morphology-and-diameter-distribution-with-11-NaAlgPEO","s":"Effect of voltage on fiber morphology and diameter distribution with 1 : 1 NaAlg/PEO","sc":1,"st":"ResearchGate","th":157,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcTMrZJ58q6BOdMAv9hd6oJTNtTPJ9DY7WvgppoC0u3StO7RaKAmaA","tw":322}
348 × 262 - researchgate.net
{"id":"xO6Y7fEkXlryfM:","isu":"researchgate.net","itg":0,"ity":"png","oh":262,"ou":"https://www.researchgate.net/profile/Firda_Syamani/publication/277598861/figure/fig1/AS:294230271512588@1447161372059/Figure-1-Oil-palm-frond-fiber-OPF-morphology-at-100x-magnifications.png","ow":348,"pt":"Oil palm frond fiber (OPF) morphology at 100x magnifications ...","rid":"kM3jJHvRICUpHM","rmt":0,"rt":0,"ru":"https://www.researchgate.net/figure/277598861_fig1_Figure-1-Oil-palm-frond-fiber-OPF-morphology-at-100x-magnifications","s":"Oil palm frond fiber (OPF) morphology at 100x magnifications","st":"ResearchGate","th":195,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSqQ6VebhTKs0-Lorv_7EMYbMWPd7ufHfbWLp0yR7GyyBhLe93odg","tw":259}
1259 × 1280 - onlinejacc.org
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421 × 264 - nptel.ac.in
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1304 × 504 - pubs.rsc.org
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671 × 279 - nptel.ac.in
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719 × 622 - researchgate.net
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300 × 241 - cool.conservation-us.org
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500 × 375 - fffibers.com
{"id":"1gU1k3YII823UM:","isu":"fffibers.com","itg":0,"ity":"jpg","oh":375,"ou":"http://fffibers.com/wp-content/uploads/2017/03/SiliconCarbideFiber.jpg","ow":500,"pt":"Fiber Morphology \u2013 Free Form Fibers","rid":"-eIk6HvIfPrbOM","rmt":0,"rt":0,"ru":"http://fffibers.com/products/fiber-morphology/","s":"","st":"Free Form Fibers","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQrr66lFYqkWhet_5gNciM8qt95cPjfUHGUEIQSSNkdn7evmIC8","tw":259}
512 × 426 - openi.nlm.nih.gov
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1024 × 768 - intechopen.com
{"cl":3,"id":"tDh2OxmZh-VdfM:","isu":"intechopen.com","itg":0,"ity":"jpg","oh":768,"ou":"https://www.intechopen.com/source/html/44744/media/image14_w.jpg","ow":1024,"pt":"Plant Fibres for Textile and Technical Applications | InTechOpen","rid":"0CjNCucz8mUJdM","rmt":0,"rt":0,"ru":"https://www.intechopen.com/books/advances-in-agrophysical-research/plant-fibres-for-textile-and-technical-applications","s":"SEM images of surface morphology of differently isolated fibres from quinoa (fibres from stems,","st":"InTechOpen","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcT8x3rWclFRXbVtAH0D1k1c5Si14knyliyAFAalQ68XHK0nBceo","tw":259}
402 × 201 - helsinki.fi
{"id":"XIKrJYDZ0w2lcM:","isu":"helsinki.fi","itg":0,"ity":"png","oh":201,"ou":"http://www.helsinki.fi/polymeerikemia/images/research/cellu_dissolve_combo.png","ow":402,"pt":"Laboratory of Polymer Chemistry","rid":"0QFeUZwm9vDkhM","rmt":0,"rt":0,"ru":"http://www.helsinki.fi/polymeerikemia/research/cellulose_dissolve.html","s":"Figure 1: Optical microscopy images of softwood dissolving pulp fibers during dissolution, left: at 35°C, right: after heating to 55 °C","st":"Helsingin yliopisto","th":159,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRlZE8OVWHU9BYH_ORjlWlXWCfcColFVNNw3JAGDL2ucDUTCyYjQA","tw":318}
905 × 350 - semanticscholar.org
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550 × 460 - abb.com
{"id":"xvG_b0bq223lGM:","isu":"abb.com","itg":0,"ity":"jpg","oh":460,"ou":"http://www04.abb.com/global/seitp/seitp202.nsf/0/bb5581906105632583257e9900315420/$file/L\u0026W+Pulp+Tester+Fiber+Morphology+Plus.jpg","ow":550,"pt":"Fiber analysis tester gives pulp manufacturers thorough energy and ...","rid":"HlXdnoelXPoZlM","rmt":0,"rt":0,"ru":"http://www.abb.com/cawp/seitp202/3ea1e37f1ac4c4e383257e99002d3357.aspx","s":"The L\u0026W Pulp Tester Fiber Morphology Plus is compact and can integrate easily into operations","st":"ABB Group","th":205,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQhyJZfa-SLS9SHXvs5F6mJOcuzDwzzYXYOZGnRcqt0HcfCTxd_","tw":246}
377 × 369 - scielo.br
{"id":"WhOfSqMHv_XYqM:","isu":"scielo.br","itg":0,"ity":"jpg","oh":369,"ou":"http://www.scielo.br/img/revistas/acb/v25n6/a12fig1d.jpg","ow":377,"pt":"Morphological changes in distant muscle fibers following thermal ...","rid":"iWKGs4Sq2VJTKM","rmt":0,"rt":0,"ru":"http://www.scielo.br/scielo.php?script\u003dsci_arttext\u0026pid\u003dS0102-86502010000600012","s":"The Group S sections also showed a substantial increase in the amount of connective tissue in the perimysia. This morphological alteration was more ...","sc":1,"st":"SciELO","th":222,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcSRe--1Jm_IXSZjjEcI4CHRMM7uv1rArCILlvjzlw76XuSP5ljEjQ","tw":227}
638 × 479 - slideshare.net
{"id":"81D_eCVqSAJgQM:","isu":"slideshare.net","itg":0,"ity":"jpg","oh":479,"ou":"https://image.slidesharecdn.com/cotton-131007081403-phpapp01/95/cotton-fiber-manufacturing-physical-and-chemical-properties-2-638.jpg?cb\u003d1381133764","ow":638,"pt":"Cotton fiber manufacturing, physical and chemical properties","rid":"Ii1OUlL2OVEG2M","rmt":0,"rt":0,"ru":"https://www.slideshare.net/lilybhagat3/cotton-fiber-manufacturing-physical-and-chemical-properties","s":"2. cotton ...","sc":1,"st":"SlideShare","th":194,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcRt9vMBF1JRDnz7rXtY46K4AqypQUF832S8yjEi8Bc1sVvKIvJ0bA","tw":259}
638 × 479 - slideshare.net
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1368 × 1265 - esl.ecsdl.org
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759 × 764 - scielo.org.mx
{"id":"mUE5q0CeqFVJIM:","isu":"scielo.org.mx","itg":0,"ity":"jpg","oh":764,"ou":"http://www.scielo.org.mx/img/revistas/bs/v93n4/a12f3.jpg","ow":759,"pt":"Caracterización química y morfológica de las fibras de bagazo de ...","rid":"swOGCZhIzUBhAM","rmt":0,"rt":0,"ru":"http://www.scielo.org.mx/scielo.php?script\u003dsci_arttext\u0026pid\u003dS2007-42982015000400012","s":"The fiber bundle has a type C groove along the shaft and is grouping ~190 - 210 fibers (Figure 3A); they ...","sc":1,"st":"SciELO México","th":225,"tu":"https://encrypted-tbn0.gstatic.com/images?q\u003dtbn:ANd9GcQdRS_-kQBdjVJumc6QGDY3KXuHfrwmbF0hQuJj3fWO-R4_WwjLRA","tw":224}
375 × 420 - researchgate.net
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638 × 826 - slideshare.net
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671 × 304 - researchgate.net
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728 × 546 - slideshare.net
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