Materials Literature
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Joseph T McKeown, Kai Zweiacker, Thomas LaGrange, Bryan W Reed, Can Liu, Jörg MK Wiezorek, Geoffrey H Campbell; Rapid Solidification in Thin-Film Al-Cu All
Cell chemotaxis is a phenomenon in which cells spatially sense the chemoattractant gradient in the extra-environment and move along this gradient. This paper illustrates the relationship between the chemoattractant gradient and the cell velocity quantitatively, using a single-cell motility assay method based on optica…
Abigail P Lindstrom, Nicholas WM Ritchie; Detecting Difficult Minor Elements in Particle Samples by SEM-EDS, Microscopy and Microanalysis, Volume 20, Issue
Sustained release of a small molecule from a prototype implantable drug delivery device was monitored via MRI in an ex vivo tissue phantom over a period of two days. T1 mapping was used as a method to quantify analyte concentration. Continuous, controlled release was observed. The MRI methodology was thus found to be…
S Pages, E Brackx, O Dugne, N Tissot, M Cabie, R Podor, M Lahaye, E Remy; New Analytical Developments for Uranium Based Powder, Microscopy and Microanalysi
Angela E Goode, Nicholas D M Hine, Shu Chen, Shane D Bergin, Michael Motskin, Daniel A Gonzalez Carter, David T Dexter, Milo S P Shaffer, Mary P Ryan, Pete
Biomolecule delivery has a very wide range of applications in biology and medicine. In this study, a microbubble based delivery method was developed. In a high centrifugation field, cells deform and collide with microbubbles to induce intracellular pathways on cell membranes. As a result, biomaterials can then easily…
Ann N Chiaramonti, Sten Vollebregt, Aric W Sanders, Ryoichi Ishihara, David T Read; Failure Analysis and Reliability of Low-Temperature-Grown Multi-Wall Ca
Liuxian Zhang, Peter A Crozier; Atomic Level In-situ Characterization of Metal/TiO2 Photocatalysts under Light Irradiation in Water Vapor, Microscopy and M
Renato Restani, Robin Grabherr; Shielded Field Emission EPMA for the Examination of Tranversal and Axial Sections of Irradiated Fuel Rods., Microscopy and
The Si quantum dot doped SiOxwaveguide based free-carrier absorption modulator with enhanced modulation depth from 52.5% to 63.5% is demonstrated by adding a ring resonator and inducing the electron-hole plasma to cause a resonance shift in the ring.
Xiahan Sang, Andreas K Kulovits, Guofeng Wang, Jörg MK Wiezorek; Charge Density Determination for Al-rich Composition L1o-ordered gamma-TiAl by Convergent
Lisa A Deibler, Donald F Susan; Sliding Component Failure Due to Vibration Damage, Microscopy and Microanalysis, Volume 20, Issue S3, 1 August 2014, Pages
J J Cha, K J Koski, K C Y Huang, K X Wang, W Luo, D Kong, Z Yu, S Fan, M L Brongersma, Y Cui; Tunable Plasmon and Optical Properties of Chalcogenide Nanopl
CE Kliewer, SL Soled, S Miseo; Sulfidation of Molybdenum Oxide and Tungsten Oxide Crystallites: an Ex-Situ TEM Study, Microscopy and Microanalysis, Volume
We present an infrared photodetector obtained by depositing Ge on patterned silicon substrates. The patterning prevents thermal cracks formation allowing for the deposition of several micrometer thick Ge layers, exhibiting strong absorption at the indirect gap (λ=1.88 μm).
In this paper, comparison of 12/8-pole doubly salient electro-magnetic generator (DSEG) and 12/10-pole flux-switching electro-magnetic generator (FSEG) for dc generator application is performed. The configuration, operation principle and electromagnetic performance (i.e. field distribution, phase flux linkage, phase v…
C A Wade, M Watanabe; Investigation of Bi Segregation of Cu Bicrystal Boundaries Using Aberration-Corrected STEM Depth Sectioning, Microscopy and Microanal
The present article presents an original, compact and powerful electric source, synergistically combining ESB and UC for emergency starting of internal combustion engines. The prototype of this device was created on the basis of an original circuit solution; also, a special algorithm for optimal charging of the UC was…
We demonstrate optical bistability (OB) in the cascaded silicon photonic crystal (SiPhC) nanoresonators using 10-GHz pulse light. The pulse energy to operate this device is less than 40 fJ with switching energy of 4.6 fJ.