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The problem of reindustrialisation of the country and its transition to the sixth technological mode is of particular relevance for the Russian economy at present. At the same time, for the effective management of reindustrialisation, it is necessary, first of all, to develop a system of target setting for sustainable innovative development of industrial enterprises and production sectors. The aim of the paper is to consider and use a new methodological approach to the formation of such a system of target indicators. It is shown that there is no direct possibility of using for this purpose the theory of endogenous economic growth, the theory of long waves and the concept of technological patterns, the theory of sustainable development of economic systems. The paper presents ways and means of solving three problems arising in the process of effective management of sustainable innovation development of industrial production at the level of industries and enterprises: taking into account the impact on the activation of innovation activity of incoming open “tangible” innovations (patents, licences, software products) and closed innovations in the form of R&D costs; identifying the predominant impact on the resource efficiency of enterprises and industries of certain types of technological innovation-process and product innovations; determining for each type of technological innovation (process and product innovations); determining the impact of the innovation activity of incoming enterprises and industries on the resource efficiency of enterprises and industries.

In order for industrial enterprises to achieve sustainable development goals and develop appropriate strategies, it is necessary to determine the quantitative measurability of sustainability, which is the purpose of the paper. On the basis of the previously developed methodology of economic analysis of technological renewal of production, the method of ballistic assessment is proposed to measure the level of sustainability of technological development of industrial enterprises. This allows us to assess the level of sustainability or unsustainability of any industrial enterprises in any retrospective period of time and compare them with each other and determine the target levels of sustainability in the process of strategic planning and management of production development. The proposed method of assessing the level of sustainability has been tested on the reporting data of twelve Russian machine-building enterprises operating in four industries: aviation, automotive, railway, and shipbuilding. In order to increase the level of sustainability in the future, all industrial enterprises need to increase the growth rate of the coefficient of production technology level, but at the same time it is necessary to take into account the wave-like nature of the growth of its absolute values, which at the micro level confirms the theory of “long” waves by N.D. Kondratiev and the concept of change of technological modes by S.Y. Glazyev.

For the Arctic municipalities, the actual problem of their sustainable development is the reduction of industrial emissions of pollutants into the environment together with production waste, and a decrease in the amount of already accumulated waste. The aim of the study is to develop a scheme for the provision of state financial support to industrial enterprises for the introduction of technologies that reduce the level of energy and resource capacity of production. A procedure for developing such support has been proposed in the form of a system of priorities and criteria for selecting industrial en-terprises. The criteria for such a selection are formulated. It is pro-posed to use the imitational dynamic model of the enterprise’s inno-vative development, which introduces an analytical relationship be-tween the set target increase in the share of value added in the value of industrial products and the amount of investment in fixed capital necessary to achieve this goal. It is shown that using such a model to develop medium-term forecasts for the development of enterprises, it is possible to calculate the increase in the volume of basic taxes that will receive the budgets of all three levels of the Russian budget sys-tem.

AbstractWe report on the first application of silica-gold nanoshells to a solid-phase dot immunoassay. The assay principle is based on staining of a drop (1 µl) analyte on a nitrocellulose membrane strip by using silica/gold nanoshells conjugated with biospecific probing molecules. Experimental example is human IgG (hIgG, target molecules) and protein A (probing molecules). For usual 15-nm colloidal gold conjugates, the minimal detectable amount of hIgG is about 4 ng. By contrast, for nanoshell conjugates (silica core diameter of 70 nm and gold outer diameter of 100 nm) we have found significant increase in detection sensitivity and the minimal detectable amount of hIgG is about 0.5 ng. This finding is explained by the difference in the monolayer particle extinction.