Suchergebnisse

In the course of recent years or thereabouts, India has taken quick walks in the improvement of the power part both regarding upgrading power age and also in making power accessible to broadly disseminated regions of the nation. Keeping in mind the end goal to take care of the expanding demand for power, to fuel the financial development of the nation, vast increases to the current creating limit and advancement of related transmission and appropriation arrange are required. Be that as it may, amid this period, the power division has perceived to be filled with some principal shortcomings, which represented the start of the change procedure in the Sector. Despite the fact that various approach activities have been set up, the undertaking of changing the power area is yet to be accomplished. Power age is the pointer of monetary development and mechanical improvement of any nation. India has a substantial verity of inexhaustible and non sustainable power source assets still it endures absence of age, Transmission and appropriation of power because of its poor arrangements and week arranging technique. This paper features some of these holes and endeavors to investigate the issue. Sakshi Dinesh Jawade | Dinesh V. Rojatkar "Power Distribution - A Challange" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-1 | Issue-6 , October 2017, URL: https://www.ijtsrd.com/papers/ijtsrd4657.pdf

Four questionnaires were designed to generate information to test formal coalition theories, and also to examine the validity of a number of assumptions about life in both hung and non-hung councils. It is the data collected for the latter purpose which informs this analysis of the relationship between the type of political control and the sources of political power. (JLN)

9 pages, 7 figures.-- Presented at Conference: "Physics and Simulation of Optoelectronic Devices X" (San Jose, CA, USA, Jan 21, 2002). ; Semiconductor lasers with optical feedback are prone to exhibit unstable behavior. When working near threshold with moderate to low optical feedback, intensity dropouts are observed. These intensity drops, also called low-frequency fluctuations, occur both in single-mode and multimode semiconductor lasers. In this paper, the dynamics of the power distribution between the longitudinal modes of a multimode semiconductor laser is experimentally and numerically analyzed in the low-frequency fluctuation regime. It is observed that power dropouts of the total intensity, corresponding to drops in the dominant modes of the laser, are invariably accompanied by sudden activations of several longitudinal side modes. These activations are seen not to be simultaneous to the dropouts of the main modes, but to occur after them. The phenomenon is statistically analyzed in a systematic way, and the corresponding delay is estimated, leading to the conclusion that the side mode activation is a consequence of the dropouts of the dominant modes. A multimode extension of the Lang-Kobayashi equations is used to model the experimental setup. Numerical simulations also exhibit a time delay between the side-mode activation and the power dropout of the total intensity. ; We acknowledge financial support from Ministerio de Ciencia y Tecnologia (Spain), under projects PB98-0935, BFM2000-0624 and BFM2001-2159, from the EU IST network OCCULT, and from the Generalitat de Catalunya, under project 1999SGR-00147. FR is supported by the Inter-University Attraction Pole program (IAP IV/07) of the Belgian government. ; Peer reviewed

The possible exit of the United Kingdom from the European Union will have profound economic and political effects. Here we look at a particular aspect, the power distribution in the Council of the European Union. Since the Lisbon treaty the exit does not require new negotiations as the success of a voting initiative only depends on the number and total population of the supporting member states. Using the Shapley-Shubik power index we calculate the member states' powers with and without the United Kingdom and update earlier power forecasts using the Eurostat's latest population projections. There is a remarkably sharp relation between population size and the change in power: Brexit increases the largest members', while decreases the smallest ones' powers.

This paper will briefly review the electrical power requirements of undersea systems, describe the characteristics of the newest high efficiency, compact power converters and present several practical power system examples. ; This article may be cited as: Tusting, R. F., & Taylor, L. D. (1991). Modern power distribution and conversion in undersea systems. MTS '91: an ocean cooperative: industry, government & academia: proceedings. Vol. 2. (pp. 911-917). Washington, DC: The Society. ; Florida Atlantic University. Harbor Branch Oceanographic Institute contribution #858.

Many firms vie to attain a strategic bottleneck position in their industry, as it promises superior value appropriation over an extended period. Using a mixed-methods approach, we investigated the power dynamics between bottleneck and challenger segments in the airline ticket distribution sector. Our study of the bottleneck formed by the global distribution system (GDS) firms reveals the mechanisms that these firms employed to maintain power, as well as the mechanisms that airlines in the challenger segment used to attain power. These mechanisms strongly influenced the momentum of power shifts as the industry evolved towards greater modularization; we show how they worked recursively in a process of power distribution dynamics during that evolution. In addition, these mechanisms explain the dynamics at work between the incumbent and challenger segments, with airlines increasing the pressure to modularize and the GDS firms resisting that pressure. Our findings contribute to the literature on industry architectural change and industry evolution by providing a comprehensive understanding of the power dynamics that affect when and how strategic bottlenecks dissolve.