8/10/2019 Review sensor

1/4

Material Luaran Diameter Analit Detect

Limit

Resp Time Work

Temp

Synthesis Quality Reference

SnO2 resistor CO Long

recovery

25-500

C

1

CNT FET 1-2 nm Asam

askorbat

1.0

mikroM

RT Compare IL-C Efektif dan

sensitif

2

AuNPs CC 20 nm Teh RT Reducing gold salt selektif 3

AgNPs CC agregat Urin 3nM RT Compare dengan Metode Cuprac selektif 3

Pani Resistor 30 nm Glutatione,

Asam

Askorbat

50-100

nM

RT Oksidasi polimerisasi Simple,

efektif dan

free label

4

AgSnO2 inhibition nanokristal Curcumin 8

mikroM

150 menit RT Metode presipitasi stabil 5

8/10/2019 Review sensor

2/4

Material Luaran Diamater Analit Deteksi limit Resp time Work Temp Sintesis Keunggulan Reference

CNT Resistor 125 mikroM Darah 30 menit 120-200 MultilayerInjek Printing

Akurat tinggi 6

Ag-SnO2 Deposition

siklus

1-5 nM ozone 1000ppm 30 menit 500 SILD Metode selektif 7

Ag-SnO2 FET 122pM dophant Low

concentration

400 PLD Metode 8

Au-SnO2/GNs-

SWCNTs

DPV nanocomposit mizone 5.8 x10-8M 250 sekon Difusi katalitik ultrasensitif 9

8/10/2019 Review sensor

3/4

1.

Q. Fang, D. G. Chetwynd, J. A. Covington, C.-S. Toh, J. W. Gardner, Micro-Gas- Sensor

with Conducting Polymers, Sensors and Actuators B 84 (2002) p.66.2.

Ping. Jianfeng, Wang. Yixian, Wu Jian, Ying Yibin, Ji Feng. Determination of Ascorbic

Acid Levels in Food Samples by Using an Ionic Liquid Carbon Nanotube Composite

Electrode, Food Chemistry (2012) p 1353.

Diana Vilela, Mara Cristina Gonzlez, Alberto Escarpa, Nanoparticles as analytical tools

for in-vitro antioxidant-capacity assessment and beyond

4.J. Huang, S. Virji, B. H. Weiller, and R. B. Kaner, Polyaniline Nanofibers: Facile Synthesis

and Chemical Sensors,JACS Comm. 125 (2003) p.314.5.

K. Vignesh a, R. Hariharanb, M. Rajarajanb,*, A. Suganthi, Photocatalytic performance of

Ag doped SnO2 nanoparticles modified with curcumin.6.

Andreas Lesch a, Fernando Corts-Salazar a, Michel Prudentb, Julien Delobelb,

Shokoufeh Rastgar c,Niels Lionb, Jean-Daniel Tissotb, Philippe Tacchini d, Hubert H.

Girault , Large scale inkjet-printing of carbon nanotubes electrodes for antioxidant assays in

blood bags Journal of Electroanalytical Chemistry 717-718 (2014) 61

687. G. Koroteenkov, BK. Cho, LB Guliana, V.P. Tolstoy. Gas Sensing Properties of SnO2

Thin Films Modified by Ag Nanoclusters Synthesized by SILD Methode. World Academy

Science, Eng-Tech.2011

8/10/2019 Review sensor

4/4

8.Adawiya J. Haider, Suaad S. Shaker< ASma H. Mohammed. A study of Morphologycal,

Optical and gas sensing properties for pure and Ag Doped SnO2 prepared by pulsed laserdeposition (PLD)

9.

Yongling Dua, , Xin Gaoa, Xiaoliang Yea, Zhixiang Zhenga, Qingliang Fenga,Chunming

Wanga, , Kaifeng Wub, Composition and architecture-engineered AuSnO2/GNs-

SWCNTsnanocomposites as ultrasensitive and robust electrochemical sensorfor antioxidant

additives in foods.Sensors and Actuators B 203 (2014) 92693410.11.

12.13.