Tubular gold

Qu, Y., Porter, R., Shan, F., Carter, J. and Guo, T. (2005) Synthesis of tubular gold and silver nanoshells using silica nanowire core templates. Langmuir, 22(14), 5357-74. 

Sequential Injection Anodic Stripping Voltammetry at Tubular Gold Electrodes for... 

Fig. 6. Schematic set up of the SI-ASV flow system CS, carrier solution Rl, holding coil R2, reaction coil SV, selection valve R, reductant S, sample MC, mixer chamber D, detector W, waste. Components of the electrochemical cell a, reference electrode b, tubular gold electrode c, glassy carbon counter electrode d, connector, e, O-ring.

Continuous flow SIA Thin layer Tubular Gold nanoparticles Gold -0.4,600 -0.4,40 0.25 1.0 Majid et al. 2006 This work... 

Burkett, S.L. and Mann S. (1996) Spatial organization and patterning of gold nanoparticles on self-assembled biolipid tubular templates. Chemical Communications, 321-322. 

FIG. 26. Scanning electron micrographs (A) the template-synthesized gold tubule ensemble obtained after dissolution of the polyester template membrane (B) as per A, but after CVD synthesis of TiSj outer tubes on the Au inner tubes. These tubular microstructures contained 0.86 mg of TiS2 cm of substrate A1 surface area (C) as per B, but with a larger quantity (2.04 mg cm ) of TiSj (D) CVD TiSj film. 

The microtubular electrode concept described here also offers another possible advantage. In these concentric tubular electrodes, each particle of the Li intercalation material (the outer tube) has its own current collector (the inner metal microtubule). This could be an important advantage for Li+ intercalation materials with low electrical conductivity. This advantage was not demonstrated here because TiS2 has relatively high electronic conductivity. We have recently shown that electrochemical synthesis can be used to coat the gold microtubular current collector with outer mbes of a... 

Flow electrodes. Rather than move the electrode past the solution, the sample solution can be flowed past a stationary electrode. The tubular platinum electrode (Figure 5.34) and the gold micromesh flow-through electrode (Figure 5.35) are both ingenious attempts to produce electrodes that are useful for the measurement of electroactive materials in a continuously flowing stream. Ap-... 

Figure 1. Photomicrographs of the kidney from a rheumatoid arthritis patient with gold nephropathy, demonstrating prominent interstitial fibrosis and tubular cell degeneration (magn. x340). Above Masson s trichrome staining below PAM staining.

Ueda S, Wakashin M, Wakashin Y, Yoshida H, lesato K, MoriT, Mori Y, Akikusa B,Okuda K. Experimental gold nephropathy in guinea pigs Detection of autoantibodies to renal tubular antigens. Kidney Int 1986 29 539-548. 

Ueda S, Wakashin Y, Yoshida H, Mori T, Mori Y, Azemoto R, Ogawa M, Kato I, Wakashin M. Gold nephropathy - effect of gold on immune response to renal tubular basement membrane (TBM) antigen in mice. In Nephrotoxicity./nv/fro to in vivo, animals to man. Bach BH, Lock EA, editors. Plenum, New York 1989 p. 139-145. 

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