• Strona główna
  • O autorze
  • Działalność naukowa
  • Nowości
  • Dydaktyka
  • Książki
  • Opracowania
  • Szkolenia
  • МОЛНИЕЗАЩИТА
    • Защита от перенапряжений
    • Молниезащита объектов
  • PROTECTION AGAINST LEMP
    • EMC
    • Lightning Protection
    • Overvoltage Protection
  • APSAUGA NUO ŽAIBO IR VIRŠĮTAMPIŲ
  • OCHRONA ODGROMOWA
    • Ochrona odgromowa obiektów budowlanych
    • Ogólne zasady ochrony
    • Przykłady rozwiązań praktycznych
    • Urządzenie piorunochronne
  • OGRANICZANIE PRZEPIĘĆ W OBWODACH SYGNAŁOWYCH
    • Instalacje przemysłowe
    • Systemy teleinformatyczne
    • Zasady ogólne
  • NORMY I ZALECENIA
  • KOMPATYBILNOŚĆ ELEKROMAGNETYCZNA
  • NARAŻENIA UDAROWE
  • impressum
PROTECTION AGAINST LEMP‎ > ‎

Lightning Protection

Separation distances in lightning protection of roof fixtures.

Analysis of separation distances between LPS and devices or installations.

Current Distribution Investigation on the Building Lightning Protection Systems.

The influence of lightning channel on current distribution in lightning protection system of a structure.

Investigation methods of LEMP effect on radio base stations.

Step and Touch Voltage Distributions at GSM Base Station during Direct Lightning Stroke.

The influence of earthing systems on lightning current distribution in conductive elements of large halls.

Lightning current distributions in conductive elements of large halls.

Step Voltages during a Direct Strike to LPS of Building.

Ground Potential Rise Around Large Fuel Tank During Lightning Strike.

Ground potential rise, step and touch voltages during lightning strokes to GSM base station.

Voltage differences in grounding systems of broadcasting stations during direct lightning stroke.

Decreasing lightning shock hazard at the HV substation by the modification of the grounding system.

Evaluation of separation distance between LPS and conductive installation inside the structure.


Sign in|Recent Site Activity|Report Abuse|Print Page|Powered By Google Sites