Intense quasiperiodic beam dynamics in accelerating system: mathematical model and optimization method

Rubtsova, Irina; Ovsyannikov, Dmitri

doi:10.1088/1742-6596/941/1/012092

Cited by 2 publications

(3 citation statements)

References 6 publications

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“…Therefore, there is a fundamental need to understand the implementation process in the context of green practices and green technology application. [3] had stated seven main criteria in developing a solid framework for fulfilling the requirements of green practices and green technology implementation, which are as follows:…”

Section: Green Technology Implementation Frameworkmentioning

confidence: 99%

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Green Technology Implementation Model for Sustainability

Ghani

2022

JEBI

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Studies on green technology implementation models are limited. This can be observed through an article search in almost all green technology journals related to transportation management in government agencies. Studies on green technology are widely carried out in private agencies, such as the industry and private businesses, but are less focused on in government agencies. The main objective of this study was to identify green technology implementation models, based on the previous concept papers. In this study, three models were identified and highlighted, namely the KAP Model, the Blueprint 2.0 Framework, and the Green Readiness Framework. This study was performed on the basis of developing a green technology model suitable for government agencies. Future research may focus on the development of a green technology implementation framework in the public sector in Malaysia.

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Section: Green Technology Implementation Frameworkmentioning

confidence: 99%

“…Furthermore, green technology framework is frequently implemented in other areas such as agriculture, education, and law, but less focused on transportation. There are four studies related to the implementation framework in agriculture [3] while there are three articles in education [4] and three articles in the law [5].…”

Section: Introductionmentioning

confidence: 99%

Green Technology Implementation Model for Sustainability

Ghani

2022

JEBI

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“…The questions of electromagnetic fields modeling and simulation in different focusing and accelerating systems, and corresponding beam dynamics investigation and optimization, are widely discussed. Electromagnetic fields analytical representation is often used in scientific research, in particular, [Ovsyannikov, 2012;Ovsyannikov and Altsybeyev, 2013;Rubtsova, 2014a,b;Rubtsova, 2016a;Rubtsova and Ovsyannikov, 2018;Vinogradova, Starikova and Varayun ′ , 2017;Altsybeyev et al, 2018]. Analytical field description makes possible beam dynamics optimization theory developing on the basis of analytical methods, including trajectory ensemble control methods [Ovsyannikov, 1997;Ovsyannikov et al, 2006;Ovsyannikov, 2012;Ovsyannikov and Altsybeyev, 2013;Rubtsova and Suddenko, 2012;Rubtsova, 2016b;Rubtsova and Ovsyannikov, 2018;Balabanov, Mizintseva, Ovsyannikov, 2018;Nikolskii and Belyaevskikh, 2017;Nikolskii and Belyaevskikh, 2018].…”

Section: Introductionmentioning

confidence: 99%

Electrostatic potential calculation by application of walk-on-spheres method

Vladimirova¹,

Rubtsova²,

Edamenko³

2018

CAP

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The paper is devoted to mixed boundary-value problem solving for Laplace equation with the use of walk-on-spheres algorithm. The problem under study is reduced to finding a solution of integral equation with the kernel nonzero only at some sphere in the domain considered. Ulam-Neumann scheme is applied for integral equation solving; the appropriate Markov chain is introduced. The required solution value at a certain point of the domain is approximated by the expected value of special statistics defined on Markov paths. The algorithm presented guarantees the average Markov trajectory length to be finite and allows one to take into account boundary conditions on required solution derivative and to avoid Markov paths ending in the neighborhood of the boundaries where solution values are not given. The method is applied for calculation of electric potential in the injector of linear accelerator. The purpose of the work is to verify the applicability and effectiveness of walk-on-spheres method for mixed boundary-value problem solving with complicated boundary form and thus to demonstrate the suitability of Monte Carlo methods for electromagnetic fields simulation in beam forming systems. The numerical experiments performed confirm the simplicity and convenience of this method application for the problem considered.

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Intense quasiperiodic beam dynamics in accelerating system: mathematical model and optimization method

Cited by 2 publications

References 6 publications

Green Technology Implementation Model for Sustainability

Green Technology Implementation Model for Sustainability

Electrostatic potential calculation by application of walk-on-spheres method

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