Corporate social responsibility and financial performance: Correlation or misspecification? Strategic Management Journal, 21(5): 603-609. How companies approach innovation: A McKinsey Global Suvey. El rescate ético de la empresa y el mercado. Africa’s capitalist revolution, preserving growth in a time of crisis. The Causal Effect of Corporate Governance on Corporate Social Responsibility. La era de las turbulencias, Aventuras en un nuevo mundo, p.454. Corporate social responsibility: Doing well by doing good? Preliminary Draft available at:

Corporate social responsibility: Doing well by doing good. Fundamentos de Ética de Empresa, La perspectiva de un país en desarrollo, p. Innovation and Entrepreneurship: Practice and Principles. Nuevos papeles del oficio universitario, p. Why mentoring matters in a hypercompetitive world. Principios exitosos de compañías triunfadoras. A Survey of Managers' Perceptions of Corporate Ethics and Social Responsibility and Actions that may Affect Companies' Success. Desde la adversidad, Liderazgo, cuestión de carácter, 5ª Ed., 110 -115. Corporate social responsibility authenticity: Investigating its antecedents and outcomes. Journal of Cleaner Production, 112: 1872 - 1881 The relationships between corporate social responsibility, environmental supplier development, and ﬁrm performance. Moreover, based on the result, a growth model of TiO2 nanotubes anodized with different water contents was proposed in this study.Agan, Y., Kuzey, C., Fatih, M., Açıkgoz, A. TiO2 nanotubes anodized in 2 vol% H2O demonstrated the highest hydrogen production of 109 μmol/(cm² h). At higher water content, the tubular structure was destroyed and the tube length decreased, leading to the reduction of photocurrent and hydrogen production. The results indicated that the tube structure, tube length, photoelectrochemical properties and hydrogen production strongly depended on the water content.

The photocatalytic activity of TiO2 nanotubes was evaluated by hydrogen generation in a two-compartment PEC cell without any external applied voltage. (PEC) performance was carried out by the electrochemical work station. The morphologies of TiO2 nanotube arrays were characterized by FESEM and the photoelectrochemical. The influence of water content in electrolyte on the nanotube structure, photocurrent, photoconversion efficiency and hydrogen production was systematically investigated. Highly ordered TiO2 nanotube arrays for water splitting have been prepared by anodizing Ti sheet in ethylene glycol electrolyte. Carbon blacks or carbon black composites with specific function will become more important and more competitive for energy storage and conversion. Some aspects, including feedstock, manufacturing conditions, post treatments and good dispersion, should be paid attention to further improve the performance.

Besides the conventional applications of carbon blacks in batteries and supercapacitors, it is considerably promising and competitive for the following perspectives: green catalysts to decompose hydrocarbon, catalyst supports, electrode materials of solar cells, accelerant of biomass energy, reductive of nuclear fuel, and high efficient fuels for direct carbon fuel cells. The existed issues and challenges of carbon blacks for energy storage and conversion are discussed. The main factors affecting the state-of the-art performance are analyzed. The applications of carbon blacks as conductive additives, electrode materials, current collectors, catalysts, catalyst supports, high efficient fuel, and reducing agents, are described systematically. hydrogen energy, biomass energy, and nuclear energy, has been reviewed. The status of the applications of carbon blacks for energy storage and conversion, including primary batteries, rechargeable batteries, supercapacitors, air batteries, fuel cells, solar cells. The key physicochemical properties related to energy storage and conversion of carbon blacks, such as structure, accessible specific surface area, texture, morphology, and surface chemistry, are summarized.

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