Nanoantenna for Bacterial Detection

Available online at www.sciencedirect.com

ScienceDirect Procedia Chemistry 20 (2016) 90 – 92


$  *
*+*
*
  
.*  /
$

.



0 * ***
+
&  
*
# 1
2*  /
- 
3%1% /
4%*5
6
05%* /
2*5
7 1 /
#  1
0 *&/
8 
.5 9/
*
# % %
0 5 1


 

 
 
 

 

  

!
 
"##$"%&
'
(  

 
) 
* 

 

 
+, 
) 
"$""&
'




 ,*  **5

&5
+
& 

 
+
:*5

&*+ 

*
**5
*
 *5
&  
   
7


1**
 
 
* * 





*
:*
 


*
*

 

*
  *
  
8/

 *  

* *  ;
  

5
* 
+
5
* * 

1
:*
 
*** /

 
* 
*
*
 % ; *
+
5 * 
(
% *5
*& /

* * ***
 *
&
*5*

5*;
*
+
&  
 
#
 


*
*<%
 


+

* 
*
+
+
&  



© The %& 
Authors. Published by Elsevier=
B.V. This is an open access article the CC BY-NC-ND license "
2016 
&
' 
.*
*
 under 
%*
 * &
(http://creativecommons.org/licenses/by-nc-nd/4.0/).

 
+
$

.

Peer-review under responsibility of Universiti Malaysia Perlis

+
.*+





-. /
* * >
&  >
  >
5  *5>
* * ***



     5*
& 


?
%&
 
**/


 % 
%
&

   <%
*+*
*
+
 **5
-
+

 
*
*
*+ *
+

& 

<%

*
*
 5* 
 
   
@
 

% 

 
+ *
+
*
***
%5

  
* *
+
$%
0
*

%+ 
+
& 
*

 
  
*5
*
*
  *
 
*

& 
A/B
-/

* *  /



5
* 
+
$%
0 /

5*+ *
*5
5  *5
** 
  *5

 
+
$%
0
ACB
@
 *


  


+
& 
&
*%*
+
*
*&




























































9
 **5
%
3 :D
E  F !
0
D
G  1 +% % ?


1876-6196 © 2016 The Authors. Published by Elsevier B.V. This is an open access article under the CC BY-NC-ND license (http://creativecommons.org/licenses/by-nc-nd/4.0/). Peer-review under responsibility of Universiti Malaysia Perlis doi:10.1016/j.proche.2016.07.015

Takamasa Kinoshita et al. / Procedia Chemistry 20 (2016) 90 – 92


  /
*

 *


 
*
 
&  
*/
+% *5
*

:*
5  *5



   66
  
$
  

 5*
5 
, %
 
H
-I
 
;
&
,)
5

% 
+

: * 
 %
/
**/
  C C   *
 & 

'4 /
*
: %* 
08.

% 
+
@ 1
%
  
7*%  /
=/
J  *
8  1
06



K/
K/
*
K

& *
+
215 
L

= &  /
7*
2=
#
* 06



K
*&

 
& *
+
2=
66

 
 7

 (   
   
$*
<%%
**
%*

-



*
<%%
%*
+
 %

M/




CC
2
+

*/
*
*+%5

/



2
#
 

  
*
C
=
+
% %
 /
*
*

% * *

*+%5
% *5


**
 &
&
# 
%

 

  
#
 %*5
* *  

M

& *
%
%* 
 
$
 5*%
* *  


 *
 
+
: 

*
  
*% %
$%
0 /
 


 *
 
+
: 

* 
#
* 06


K
*&

*%


  
% *5
'4
*
08.

%*5
5*
AFB
686
 (
(
  ,
 
  
.'-
&  *

+ 
% *5

+
 

*  ***5
*
 
. F/
8 

*

 5
+

1)
$
:%
+

* *  
  *

N=
*

&  
% * *

N=


*

*%*5
.

 +
*

*
  

696
 (
(
 
  
4 1 +
5  *5
&  *

+ 
% *5
*
 
 
' 
/
01*


 1 +
** /

@
 5*
 /
*

 5 %



4
  
=5  *5
** 

& *
% *5

* %
5 *5
 
,.(F/
K *
K /


**


 
% *5
*
 
+&

 /
F
N 
$
:%
+

* *  
  *

N=
*

&  
% * *

N=


*

5



*

*
  


    .'-
 5

 

* 06



K
*& *%
* *  
555 
*



%+ 
+
06



K/

*
*
35
$
$
5*+ *
5  *5
& 
*

* *  

& 
*

 1 +
 5
+
K
35
( 
K*


 */

+%*
 1
5

 *5
+


+
06


K/
K

 
++*
1*
+
K *5*/

*
*
35
(&
*




91

92

Takamasa Kinoshita et al. / Procedia Chemistry 20 (2016) 90 – 92

-/


*
++*
*

5  *5

&+
*
+

* *  
 &*5
( % 

 1
5  *5
& 

& 
*

++*
+

+ 
*:
&*
 
*


*
  

# 
* 
 

  
%
&

 &
%5

+
*5* *&
 *


06



K
#% /

%

*
*5

 % ; *
+
+
& 
&
% *5

*& *%
  





35

$
.'-
 5
+
06


K
 &


  
*
(
 1 +
 5
+
 
06



K/
&
K/
*

K


    &*5



   @
 *  


*5

*
+
 5*
& 
%;*5

* *  
*  
+
*% %
$%
0


* * *** 
@
%

 % ;

& %
&
+ *5
* * ***
*5

*5* *&
+
 *
#
 
*
 
 % ; *
+


+
& 
  


% +%
*+ *
+
& 



 *
+
*
*
 

*&
%*
 % 
&
 5*
5 *
+
  *
+
+


  
 

                                             ! "   #          $#% &''   $(%$)*)++,-.)*)++,/.%

  
8
.5/
-
3%1% /
O
8  %1 /
#
#*/
2
# 1  /
#
K1  /


* %*
+
* * ***
*

&  
%
 & *
 6
  6
F> !D 

8
.5/
#
2*  /
-
3%1% /
4
6
=/
#
0 */
#
0 5 1 
0 * ***

( 1
+
(  
4*
 6
 6
>"#DFF FF

C
#
2*  /
4
6
05%*/
#
0 */
8
0 1 /
8
.5/
#
0 5 1 
3% *
'* * *
+
0 * &
8


.%
  
+
P
0 * 
*
$**
K5  
 6
!6
> DF F!C
F
.
2
$ /
$
4/
.
( * 
 **

5
* * 
& 
 
*
 &
+
  
 
& * 
:  6
:   6
>"D C