Mathematical Simulation of the Ionospheric Electric Field as a Part of the Global Electric Circuit (vol 40, pg 1, 2019)

Denisenko V. V.; Rycroft M. J.; Harrison R. G.

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Mathematical Simulation of the Ionospheric Electric Field as a Part of the Global Electric Circuit (vol 40, pg 1, 2019)

机译：电离层电场的数学仿真作为全球电路的一部分（Vol 40，PG 1,2019）

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Our colleague A. P. Nickolaenko has pointed out an unfortunate, and obvious, misprint in our paper. The error is in line 5 of page 12 showing values for s(0), which corresponds to the value of the surface conductivity in units of S/m. These values should not be negative.

机译：我们的同事A.P.Nickolaenko指出了我们纸张中的不幸和明显的错误印刷。误差位于第12页的第5行，示出了S（0）的值，其对应于S / m的单位的表面电导率的值。这些值不应为负。

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《Surveys in Geophysics: An International Review Journal of Geophysics and Planetary Sciences》 |2019年第1期|共1页
作者
Denisenko V. V.; Rycroft M. J.; Harrison R. G.;
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作者单位

Russian Acad Sci Siberian Branch Inst Computat Modelling Krasnoyarsk 660036 Russia;

CAESAR Consultancy Cambridge CB3 9HW England;

Univ Reading Dept Meteorol Reading RG6 6BB Berks England;

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1. Mathematical Simulation of the Ionospheric Electric Field as a Part of the Global Electric Circuit (vol 40, pg 1, 2019) [J] . Denisenko V. V., Rycroft M. J., Harrison R. G. Surveys in Geophysics: An International Review Journal of Geophysics and Planetary Sciences . 2019,第1期

机译：电离层电场的数学仿真作为全球电路的一部分（Vol 40，PG 1,2019）
2. Penetration of Nonstationary Ionospheric Electric Fields into Lower Atmospheric Layers in the Global Electric Circuit Model [J] . Morozov V. N. Geomagnetism and aeronomy . 2018,第1期

机译：非间断电离层电场的渗透到全球电路模型中的较低大气层
3. Transmission of the electric fields to the low latitude ionosphere in the magnetosphere-ionosphere current circuit [J] . Takashi Kikuchi, Kumiko K. Hashimoto Geoscience Letters . 2016,第1期

机译：磁层-电离层电流电路中电场向低纬度电离层的传输
4. Charge balance, electric field and ionospheric potential signatures in time dependent global electric circuit model [C] . Jansky, Jaroslav, Pasko, Victor URSI General Assembly and Scientific Symposium . 2014

机译：时间相关的全局电路模型中的电荷平衡，电场和电离层电势特征
5. Effects of high-latitude ionospheric electric field variability on the estimation of global thermospheric Joule heating. [D] . Matsuo, Tomoko. 2003

机译：高纬度电离层电场变化对全球热圈焦耳热估算的影响。
6. Simulated vertical electric field data: An estimation from an improved coupling model for the lithosphere-atmosphere-ionosphere system [O] . Boris E. Prokhorov, Oleg V. Zolotov, Maria A. Knyazeva, 2019

机译：模拟的垂直电场数据：岩石圈-大气-电离层系统耦合模型的改进估计
7. Transmission of the electric fields to the low latitude ionosphere in the magnetosphere-ionosphere current circuit [O] . Takashi Kikuchi, Kumiko K. Hashimoto 2016

机译：磁层-电离层电流电路中电场向低纬度电离层的传输
8. Field-Aligned Currents and Ionospheric Electric Fields in the Vicinity of the Dayside Polar Cleft: Observations and Simulations [R] . Clauer, C. R. 1985

机译：在Dayside极地裂缝附近的场对准电流和电离层电场：观测和模拟

Mathematical Simulation of the Ionospheric Electric Field as a Part of the Global Electric Circuit (vol 40, pg 1, 2019)

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