Antena EH występuje z nową nazwą SFRT (Simultaneous Field Radiation Technology).
Senat USA (Departament Obrony) planował przeznaczyć w 2008 roku 3.1 mln $ na dalszy rozwój SFRT.
http://thomas.loc.gov/cgi-bin/cpquery/?&sid=cp11063DnC&r_n=sr155.110&dbname=cp110&&sel=TOC_1683044&
Badania nad teoretycznym modelem rozpoczęto w 2006 roku.
https://www.congress.gov/crec/2008/09/27/CREC-2008-09-27-pt1-PgE2076-4.pdf
Z całości PDFa interesujący fragment:
Description of Request: Early research of
Simultaneous Field Radiation Technology
(SFRT) has provided initial findings that
strongly indicate the potential for significant
improvement over conventional antenna tech-
nology. Research conducted in 2006, and vali-
dated by SPAWAR, resulted in the
transitioning of SFRT from a pure theoretical
model and conceptual prototype. Preliminary
tests with the National Guard and Coast
Guard have generated a keen interest within
DoD for assessment of SFRT in a multi-di-
mensional operations environment of
networked manned and unmanned tactical
and wireless systems.
The FY09 request is intended to provide the
means to incorporate the technology baseline
of SFRT with emerging technology as a new
generation of advancements could significantly
reduce antenna size and weight, minimize the
negative effects of required antenna vertical
polarity, and measurably enhance the perform-
ance of robots and unattended ground sen-
sors.
Senat USA (Departament Obrony) planował przeznaczyć w 2008 roku 3.1 mln $ na dalszy rozwój SFRT.
http://thomas.loc.gov/cgi-bin/cpquery/?&sid=cp11063DnC&r_n=sr155.110&dbname=cp110&&sel=TOC_1683044&
Badania nad teoretycznym modelem rozpoczęto w 2006 roku.
https://www.congress.gov/crec/2008/09/27/CREC-2008-09-27-pt1-PgE2076-4.pdf
Z całości PDFa interesujący fragment:
Description of Request: Early research of
Simultaneous Field Radiation Technology
(SFRT) has provided initial findings that
strongly indicate the potential for significant
improvement over conventional antenna tech-
nology. Research conducted in 2006, and vali-
dated by SPAWAR, resulted in the
transitioning of SFRT from a pure theoretical
model and conceptual prototype. Preliminary
tests with the National Guard and Coast
Guard have generated a keen interest within
DoD for assessment of SFRT in a multi-di-
mensional operations environment of
networked manned and unmanned tactical
and wireless systems.
The FY09 request is intended to provide the
means to incorporate the technology baseline
of SFRT with emerging technology as a new
generation of advancements could significantly
reduce antenna size and weight, minimize the
negative effects of required antenna vertical
polarity, and measurably enhance the perform-
ance of robots and unattended ground sen-
sors.
pozdrawiam
Marek SP2HIT
Marek SP2HIT