HIT-Shabanov Collaboration // Intelligence Entity

Summary

Harbin Institute of Technology (HIT, a 'Seven Sons' military university) co-authored papers with G.D. Shabanov of the Petersburg Nuclear Physics Institute (PINP) in 2021-2022, demonstrating electromagnetic steering and gating of Gatchina discharge plasmoids. The collaboration was funded by China's NSFC (¥640,000). The 2022 paper showed that EM fields can change plasmoid motion direction or block formation entirely. This represents direct Chinese-Russian military-relevant plasma technology transfer.

Deep Dive Analysis

The HIT-PINP collaboration produced two key papers: (1) 2021 — 'A study of the dynamics of formation of plasmoids in the Gatchina discharge' (Technical Physics Vol. 66, Issue 9, pp. 1058-1071, DOI: 10.1134/S1063784221070173), and (2) 2022 — 'Effect of Magnetic and Electric Fields on the Dynamics of Plasmoid Formation in the Gatchina Discharge' (Technical Physics Vol. 67, Issue 3, pp. 171-189, DOI: 10.1134/S1063784222030069). Authors include Shixin ZHAO and Chengxun YUAN (HIT), A.A. KUDRYAVTSEV and O.M. ZHEREBTSOV (St. Petersburg State University), and G.D. SHABANOV (PINP/Kurchatov Institute). Funding: NSFC Grant 11775062 (¥640,000, PI: Yuan Chengxun). HIT has formal partnerships with multiple Russian institutions. The Gatchina discharge operates in normal laboratory atmosphere, producing plasmoids with 100-500 ms lifetime and up to 20 cm diameter — directly relevant to atmospheric plasma orb survival.

Key Findings

▸ The HIT-PINP collaboration produced two key papers: (1) 2021 — 'A study of the dynamics of formation of plasmoids in the Gatchina discharge' (Technical Physics Vol.
▸ 1134/S1063784221070173), and (2) 2022 — 'Effect of Magnetic and Electric Fields on the Dynamics of Plasmoid Formation in the Gatchina Discharge' (Technical Physics Vol.
▸ Authors include Shixin ZHAO and Chengxun YUAN (HIT), A.

Citations (3)

[1]
[2]
[3]

Related Entities (2)

Gatchina Discharge

EXPERIMENT

→ connected

Dossier Main Graph

NUDT Spheromak Program

PROGRAM

→ connected

Dossier Main Graph

Network Graph

Explore HIT-Shabanov Collaboration and its connections in the interactive network graph.

View in Network Graph

Research References

Search the research archive for documents and investigations related to HIT-Shabanov Collaboration.

Search Research Archive

Country Analysis

This entity appears in the following country-specific network graphs:

China

China Graph

Country-Specific Graph

→

Frequently Asked Questions

What is HIT-Shabanov Collaboration? ▾

Harbin Institute of Technology (HIT, a 'Seven Sons' military university) co-authored papers with G.D. Shabanov of the Petersburg Nuclear Physics Institute (PINP) in 2021-2022, demonstrating electromagnetic steering and gating of Gatchina discharge plasmoids. The collaboration was funded by China's NSFC (¥640,000). The 2022 paper showed that EM fields can change plasmoid motion direction or block formation entirely. This represents direct Chinese-Russian military-relevant plasma technology transfer.

What is HIT-Shabanov Collaboration connected to? ▾

HIT-Shabanov Collaboration is directly connected to 2 entities in the network graph, including Gatchina Discharge, NUDT Spheromak Program. These connections represent documented relationships such as connected, connected. Explore the full network using the interactive graph for complete relationship mapping.

Where can I find more details about HIT-Shabanov Collaboration? ▾

A full intelligence dossier is available for HIT-Shabanov Collaboration, including 0 source documents, deep-dive analysis, and network linkage assessment. Visit the dossier page for the complete profile.