TITLE: Nano Nemo on the Water; SUBJECT: Nano-sized layers of Ti2C particles representing the imaginary Nemo character in Pixar's "Finding Nemo" animation. Ti2C synthesized by selective etching and is a promising electrode material for energy storage devices; CREDIT: Armin VahidMohammadi, Auburn University; METHOD/INSTRUMENT: JEOL JSM-7000F
TITLE: Nano US Flag; SUBJECT: Atomic scale Mo6Te6 nanowires transformed from its parent MoTe2 2D layers. Each Mo6Te6 nanowire, 0.8 nanometers in diameter, consists of six molybdenum (Mo) atoms surrounded by six tellurium (Te) atoms.; CREDIT: Prof. Moon Kim, Qingxiao Wang, and Aaron Klick, UT Dallas; METHOD/INSTRUMENT: ARM200F
TITLE: Another Earth; SUBJECT: A pore in bioglass; CREDIT: Nina Daneu, Jožef Stefan Institute, Ljubljana, Slovenia; METHOD/INSTRUMENT: JSM-7600F
TITLE: 3D Nano Cube; SUBJECT: Self-assembled three-dimensional (3D) nano-cube with surface patterns of "UMN"; CREDIT: Chunhui Dai, University of Minnesota, Twin Cities; METHOD/INSTRUMENT: JEOL 6700 SEM
TITLE: Smiley face emoji; SUBJECT: mouse kidney glomerulus; CREDIT: Research investigator - Bernard Ayanga, Electron microscopist - Kenneth Dunner Jr, UT MD Anderson Cancer Center; METHOD/INSTRUMENT: TEM JEOL JEM-1010 - LX-112 resin embedded mouse kidney tissue
TITLE: Cat and Ball; SUBJECT: Drosophila melanogaster neuromuscular region showing a mutant bouton from the ALS homolog gene.; CREDIT: Lita Duraine, Howard Hughes Medical Institute; METHOD/INSTRUMENT: JEOL 1010 TEM
TITLE: Drought; SUBJECT: Surface morphology of porous gallium arsenide; CREDIT: Sergey and Alexander Simchenko, SSTehnology; METHOD/INSTRUMENT: JEOL JSM-6490
TITLE: Duster; SUBJECT: Mosquito face; CREDIT: Patricia Zurita, Petricore; METHOD/INSTRUMENT: JEOL JSM-6510, Gold coated - imaged in SEI at x70
TITLE: Flea 30x; SUBJECT: Flea; CREDIT: Sheri Neva, EAG Inc; METHOD/INSTRUMENT: JEOL 6610LV, SEI, Gold Coated
TITLE: Crystallized; SUBJECT: Quench crystals in a high pressure experiment; CREDIT: Anette von der Handt, University of Minnesota; METHOD/INSTRUMENT: JEOL JXA-8900R
TITLE: Stone flowers; SUBJECT: The image of the morphology of galium arsenide nanocrystalline surface; CREDIT: Sergey and Alexander Simchenko, SSTehnology; METHOD/INSTRUMENT: JEOL JSM-6490
TITLE: Suctoria; SUBJECT: Marine ciliate protist (Suctoria); CREDIT: Megan McCuller, Bates College; METHOD/INSTRUMENT: JEOL JSM-7100FLV / Fixed, critical point dried, Gold-Palladium coated, colorized in Photoshop
SUBJECT: carbon sphere; CREDIT: Patricia Zurita, Petricore; METHOD/INSTRUMENT: JSM-6510
SUBJECT: Looking inside the petiole of water hyacinth (Eicchornia crassipes) at the beautiful partitioned airspace canals and their surrounding cellular connective tissue with protruding calcium oxalate styloids; CREDIT: Harry (Jack) Horner, Iowa State University; METHOD/INSTRUMENT: JEOL 5800 SEM at 15 kV
SUBJECT: Benzenetricarboxamide polymerization; CREDIT: Michael VandenBerg, University of Notre Dame; METHOD/INSTRUMENT: Uranyl acetate negative stain, BF TEM
SUBJECT: polyethyleneglycol (PEG); CREDIT: Parinaz Fathi, University of Illinois at Urbana-Champaign; METHOD/INSTRUMENT: JEOL 2100 Cryo-TEM
SUBJECT: Biliverdin; CREDIT: Parinaz Fathi, University of Illinois at Urbana-Champaign; METHOD/INSTRUMENT: JEOL 2100 Cryo-TEM
SUBJECT: Ceramics; CREDIT: Deepak Patil, Washington State University, Pullman; METHOD/INSTRUMENT: JEOL JXA-8500F Field Emission Electron Microprobe
SUBJECT: Glass-ceramization, during nuclear waste vitrification; CREDIT: Deepak Patil, Washington State University, Pullman; METHOD/INSTRUMENT: JEOL JXA-8500F Field Emission Electron Microprobe / Back-scattered electron imaging
SUBJECT: Fe3O4 and Au; CREDIT: Chun-Ying Tsai, Industrial Technology Research Institute, Taiwan; METHOD/INSTRUMENT: JEM-2100F TEM
SUBJECT: CuO synthesis by Co-precipitation method; CREDIT: Sonali Ajay Beknalkar, Prof.P.S.Patil, Thin Film Materials Laboratory, Dept. of Physics, Shivaji University, Kolhapur, Maharastra, India; METHOD/INSTRUMENT: JEOL SEM
SUBJECT: Copper Nanoparticles; CREDIT: Ilham Wahdini, National Taiwan University of Science and Technology; METHOD/INSTRUMENT: JEM-2000FX TEM
SUBJECT: Donax shell drilled by a predatory naticid gastropod; CREDIT: Whitney Lapic, Mount Holyoke College; METHOD/INSTRUMENT: ESEM, no sputter coating, JCM-5000 NeoScope
SUBJECT: Donax shell drilled by a predatory naticid gastropod; CREDIT: Whitney Lapic, Mount Holyoke College; METHOD/INSTRUMENT: Neoscope JCM 5000
SUBJECT: Cadmium chalcogenides synthesized by chemical deposition method.; CREDIT: Tejasvinee S. Bhat, Sumit D. Korade, Pramod S. Patil, Thin Film Materials Laboratory, Department of Physics, Shivaji University, Kolhapur; METHOD/INSTRUMENT: JSM-6360
SUBJECT: cristobalite spherules and clinoptilolite clusters; CREDIT: Patricia Zurita, Petricore; METHOD/INSTRUMENT: JEOL JSM-6510, Gold coated - imaged in SEI at x2000
SUBJECT: Nanomaterials; CREDIT: Satyajeet Patil, Sumit Korade, Tejasvinee Bhat, Aviraj Teli and Prof. Pramod Patil, Thin Film Materials Laboratory, Department of Physics, Shivaji University, Kolhapur, Maharashtra, India
SUBJECT: Observation of the dislocation structure in DP steel, forced into the ferrite as a result of the austenite-martensite phase transformation; CREDIT: Andreas Kupke, Institute for Frontier Materials, Deakin University; METHOD/INSTRUMENT: JSM 7800F SEM - GB mode
SUBJECT: 200nm Platinum nanocrystals grown vertically during electroless deposition. The growth pattern is due to rapid nucleation.; CREDIT: Cian McKeown, Univeristy of Limerick; METHOD/INSTRUMENT: JCM-5700 SEM
SUBJECT: ; Wrinklons in a single-layer graphene film on copper growth substrate, which form from due to the solidification of the underlying liquid phase on the copper surface during graphene growth by chemical vapor deposition (CVD).CREDIT: Scott Heise, Lockheed Martin Advanced Technology Center; METHOD/INSTRUMENT: JSM-7001FLV - SEI
SUBJECT: Metal oxide synthesized by wet chemical route; CREDIT: Satyajeet Patil, Shivaji University, Kolhapur; METHOD/INSTRUMENT: JEOL SEM
SUBJECT: Hydrothermal Synthesis of CuS thin film.; CREDIT: Satish Patil, Shivaji University Kolhapur;
SUBJECT: The image of the morphology of galium arsenide nanocrystalline surface; CREDIT: Sergey and Alexander Simchenko, SSTehnology; METHOD/INSTRUMENT: JEOL JSM-6490
SUBJECT: Bismuth nanoparticles; CREDIT: Cagdas Allahverdi, Toros University; METHOD/INSTRUMENT: JEOL JEM-2100F
SUBJECT: Manganese Oxide platelets; CREDIT: Richa Agrawal, Florida International University; METHOD/INSTRUMENT: JEOL SEM 6330F
SUBJECT: 9+2 microtubule cilia in mouse cerebral cortex glial cell; CREDIT: Zhongyuan Zuo, Baylor College of Medicine; METHOD/INSTRUMENT: JEOL JEM-1010
SUBJECT: Montage method for imaging Drosophila thrid instar salivary gland. Highlights the polytene chromosomes and secretive vesicles in these cells; CREDIT: Zhongyuan Zuo, Baylor College of Medicine; METHOD/INSTRUMENT: JEOL JEM-1010
SUBJECT: Cactii-like nanostructures - branches emanated from a single nucleation center; CREDIT: Tejasvinee Bhat, Thin Film Materials Laboratory, Department of Physics, Shivaji University, Kolhapur, Maharashtra, India; METHOD/INSTRUMENT: JEOL SEM
SUBJECT: Surface morphology of porous gallium arsenide obtained by electrochemical etching; CREDIT: Sergey and Alexander Simchenko, SSTehnology; METHOD/INSTRUMENT: JEOL JSM-6490
SUBJECT: The image of the surface morphology of gallium arsenide; CREDIT: Sergey and Alexander Simchenko, SSTehnology; METHOD/INSTRUMENT: JEOL JSM-6490
SUBJECT: pitting corrosion on bearing raceway; CREDIT: Stu Smalinskas, SKF USA; METHOD/INSTRUMENT: JSM-5800LV
SUBJECT: Solder from electrical assembly; CREDIT: Stu Smalinskas, SKF USA; METHOD/INSTRUMENT: JSM-5800LV
SUBJECT: surface morphology of porous gallium arsenide obtained by electrochemical etching; CREDIT: Sergey and Nataliya Simchenko, SSTehnology; METHOD/INSTRUMENT: JEOL JSM-6490
SUBJECT: surface morphology of gallium arsenide; CREDIT: Sergey and Nataliya Simchenko, SSTehnology; METHOD/INSTRUMENT: JEOL JSM-6490
SUBJECT: morphology of galium arsenide nanocrystalline surface; CREDIT: Sergey and Nataliya Simchenko, SSTehnology; METHOD/INSTRUMENT: JEOL JSM-6490
SUBJECT: One of The Biominerlization Structures in California Red Abalone Shell ; CREDIT: Anqi Zhang, Auburn University; METHOD/INSTRUMENT: JEOL JSM-7000F, the bottom of the organic composition of a red abalone nacre sample obtained from Flat Pearl Method in lab.
SUBJECT: Cu-oxide nano-wires (meadow) growing from bulk Cu (hill), on amorphous carbon support grid (the Moon).; CREDIT: Janez Zavašnik, Jožef Stefan Institute; METHOD/INSTRUMENT: JEOL JEM-2100 LaB6 TEM
SUBJECT: Palynomorph from the Bucatunna formation, southwest Alabama; CREDIT: Kendal Davis, Delta State University, Cleveland, Mississippi; METHOD/INSTRUMENT: JSM-6010PLUS/LA, carbon coated smear
SUBJECT: PBS Microsphere after Solvent Extraction; CREDIT: Sepehr Ravati; METHOD/INSTRUMENT: JEOL JSM-7600F
SUBJECT: Pollen particle on carbon tape; CREDIT: Feilden Ezra, Imperial College London; METHOD/INSTRUMENT: JEOL 6010LA
SUBJECT: TiO2 nanoflowers (solar cell application); CREDIT: Neha, Akshay, Prajkta Desai, Belgave, Bhandge; METHOD/INSTRUMENT: JEOL JSM-6360A
SUBJECT: h-MoO3 nanorods synthesised via Chemical bath deposition. These are the nanorods with hexagonal cross section.; CREDIT: Neha Desai, Shivagi University, India; METHOD/INSTRUMENT: JEOL JSM-6360A
SUBJECT: Sunflower; CREDIT: Cecilia Cuellar, Universidad de Guadalajara; METHOD/INSTRUMENT: JEOL JSM-6610LV
SUBJECT: Zebrafish tail skin; CREDIT: Elizabeth Sumner, Kenneth Dunner Jr., UT MD Anderson Cancer Center; METHOD/INSTRUMENT: SEM JEOL 5900 - Platinum coated sem processed zebrafish tail skin
SUBJECT: A thin film of platinum responding to applied stress in a strange way; CREDIT: Cian McKeown, Univeristy of Limerick; METHOD/INSTRUMENT: JEOL JCM-5700
SUBJECT: Cryptaspasma bipenicella (Lepidoptera); CREDIT: Christi Jaeger, Mississippi Entomological Museum; METHOD/INSTRUMENT: JEOL JSM-6500F FE-SEM
SUBJECT: Mouse kidney glomerulus foot processes; CREDIT: Hila Roshanravan (imaged by Kenneth Dunner Jr), UT MD Anderson Cancer Center; METHOD/INSTRUMENT: JEOL JEM-1010, LX-112 resin embedded mouse kidney tissue
SUBJECT: Poly microspheres; CREDIT: Jian Hu (imaged by Kenneth Dunner Jr), UT MD Anderson Cancer Center; METHOD/INSTRUMENT: JEOL 5900, Platinum coated poly microspheres