Porous luminescent materials

Wong, K.-L., Law, G-L., Yang, Y.-Y., and Wong, W.-T. (2006) A highly porous luminescent terbium-organic framework for reversible anion s asmg. Advanced Materials, 18 (8), 1051-1054. 

Steiner P, Kozlowski F, Lang W (1995b) Depositing metals into porous Si- the impact on luminescence. Materials Research Society, Boston, pp 665-670 Stewart MP, Buriak JM (1998) Photopattemed hydrosilylation on porous silicon. Angew Chem Int Ed Engl 37 3257-3260... 

Abalyaeva W, Efimov ON (2000) Electrochemical formation of conducting polymer coating on porous p- and n-silicon substrates. Polym Adv Technol 11 69 Akusawa H, Kara Y (2007) Manufacture of silica-coated porous silicon material for luminescent material. Jpn. Kokai Tokkyo Koho JP 2007214469 A 20070823 Alvarez SD, Derfus AM, Schwartz MP, Bhatia SN, Sailor MJ (2009) The compatibility of hepato-cytes with chemically modified porous silicon with reference to in vitro biosensors. Biomaterials 30 26... 

Yamamoto N, Takai H (2001) Formation mechanism of silicon based luminescence material using a photo ehemieal etching method. Thin Solid Films 388 138-142 Zhang Z, Lemer MM, Alekel T 111, Keszler DA (1993) Formation of a photoluminescent surface on n-Si by irradiation without an externally applied potential. J Eleetroehem Soc 140 L97-L98 Zheng HY, Chai JC, Lam YC, Zhu H (2005) Formation of porous struetures on Si surface by laser-assisted etehing. Surf Rev Lett 12 351-354... 

Zhang et al. reported the first highly porous NIR-luminescent MOF, Yb(BPT)(H20) (DMF)i.5(H20)i.25 (BPT = biphenyl-3,4, 5-tricarboxylate) by the solvothermal reaction, for separation and sensing of small molecules. The highly selective and sensitive sensing fimction of the MOF indicates the promise of this type of NIR-luminescent materials for the sensing of substrates in biological systems. ... 

Avnir, D Braun, S Lev, 0 Levy, D and Ottolenghi, M. (1994) Organically doped sol-gel porous glasses chemical sensors, enzymatic sensors, electrooptical materials, luminescent materials and photochromic materials, in Sol-Gel Optics Processing and Applications... 

To understand the electrochemical behavior of silicon, however, the formation and the properties of anodic oxides are important The formation of an anodic oxide on silicon electrodes in HF and HF-free electrolytes will therefore be discussed in detail in this chapter. The formation of native and chemical oxides is closely related to the electrochemical formation process and will be reviewed briefly. The anodic oxidation of porous silicon layers is closely related to the morphology and the luminescent properties of this material and is therefore discussed in Section 7.6. 

---