|
|
Principle of Self-Complementarity
for Constant Impedance
Principle of Self-Complementarity
for Constant Impedance
Principle of Self-Complementarity
for Constant Impedance
Principle of Self-Complementarity
for Constant Impedance
Principle of Self-Complementarity
for Constant Impedance
Principle of Self-Complementarity
for Constant Impedance
Principle of Self-Complementarity
for Constant Impedance
Principle of Self-Complementarity
for Constant Impedance
Principle of Self-Complementarity
for Constant Impedance
|
 |
Principle of Self-Complementarity
$B<+8JJdBP$N86M}(B
Principle of Self-Complementarity
$B<+8JJdBP$N86M}(B
Principle of Self-Complementarity
$B<+8JJdBP$N86M}(B
Principle of Self-Complementarity
$B<+8JJdBP$N86M}(B
Principle of Self-Complementarity
$B<+8JJdBP$N86M}(B
Principle of Self-Complementarity
$B<+8JJdBP$N86M}(B
Principle of Self-Complementarity
$B<+8JJdBP$N86M}(B
Principle of Self-Complementarity
$B<+8JJdBP$N86M}(B
Principle of Self-Complementarity
$B<+8JJdBP$N86M}(B
|
|
|
Yasuto Mushiake, Dr.Eng.
Professor Emeritus,
Tohoku University and
Tohoku Institute of Technology
|
|
$BElKLBg3XL>M@65
$BElKL9)6HBg3XL>M@65
$B!!!!(B$BCn(B $BL@(B $B9/(B $B?M(B
$B!!!!!!!!(B$B!!!!(B$B9)3XGn;N(B$B!!!!(B
|
|
The highlight of his
research achievements.
He the Self-complementary antenna and 
its constant-impedance property in 1948. The equation
which gives the
value of the constant-impedance is called
Mushiake relationship. With the extensions of this concept to
other cases he
creatively discovered a general principle, the
Principle of self-complementarity. His research group developed
various $B!H(Bextremely broadband antennas$B!I(B
as the application of this principle.
Also he proved the non-broadband property of
incorrectly arranged log-periodic antenna.
|
| IEEE Milestone was dedicated to Tohoku University on the basis of his research achievements, on the day
of 2017/7/27. |
IEEE $B%^%$%k%9%H!<%s$N@bL@(B |
