树人论文网一个专业的学术咨询网站!!!
树人论文网
学术咨询服务

Magnetohydrodynamics

来源: 树人论文网 浏览次数:250次
所属分区:4区
周期:Quarterly
ISSN:0024-998X
影响因子:0.6
是否开源:No
年文章量:43
录用比:容易
学科方向:力学
研究方向:物理
通讯地址:UNIV LATVIA INST PHYSICS, MIERA 32, SALASPILS, LATVIA, LV-2169
官网地址:http://mhd.sal.lv/
投稿地址:http://mhd.sal.lv/latex/index.html
网友分享经验:较慢,6-12周

Magnetohydrodynamics杂志中文介绍

《磁铃动力学》(前马格尼茨纳亚·吉罗迪纳米卡)是拉脱维亚大学物理研究所自1965年以来出版的季刊。该期刊关注包括磁性流体在内的不可压缩介质的磁流体力学的基本和应用问题。讨论了磁流体通道、射流、电致旋涡等流动、磁流体湍流和流动稳定性、磁场自激、磁性流体的物理、热力学和流体动力学、两相多组分介质的磁流体动力学和电动力学。开发新的电磁泵,流量计,秤、油门和其他设备以及技术的应用磁流体动力法律和流程钢铁生产、有色冶金、包括铝电解槽、半导体晶体生长在磁场中,磁性液体的各种流程和设备应用期刊中所讨论的问题之一。该杂志有三个主要部分:(i)一般问题和理论问题,(ii)应用问题和(iii)综述。也有简短的通信,当前的信息,以及批评和书目部分。该杂志在世界范围内得到认可,自2001年以来只出版英文版本。

Magnetohydrodynamics杂志英文介绍

The Magnetohydrodynamics (former Magnitnaya Gidrodinamika) is a quarterly journal published since 1965 by the Institute of Physics, University of Latvia. The journal is concerned with fundamental and applied problems of magnetohydrodynamics of incompressible media including magnetic fluids.The MHD channel, jet, electrically induced vortical and other flows, MHD turbulence and the stability of flows, self-excitation of the magnetic field, the physics, thermodynamics and hydrodynamics of magnetic fluids, the magnetohydrodynamics of two-phase- and multi-component media and electrodynamics are discussed. The development of new electromagnetic pumps, flow-meters, weighers, throttles and other devices as well as technological applications of MHD laws and processes to iron and steel production, nonferrous metallurgy, including aluminium reduction cells, semiconductor crystal growth in magnetic fields, various processes and devices with magnetic fluids are among the applied problems discussed in the Journal. There are three main sections in the Journal: (i) general and theoretical problems, (ii) applied problems and (iii) reviews. There are also sections with short communications, current information as well as criticism and bibliography. The journal is recognized worldwide and since 2001 published only English.

Magnetohydrodynamics影响因子