ISSN 1411-1098 Akreditasi Nomor : 263/AU1/P2MBI/05/2010
Edisi Khusus Material untuk Sensor 2011 Special Edition on Materials for Sensor 2011
INTERNATIONAL ADVISORY BOARD
Dr. Sudaryanto, M.Eng. BATAN
Dra. Mujamilah, M.Sc. BATAN
Dr. Edy Giri R. Putra,PhD., BATAN, Dr. Abu Khalid Rivai, BATAN, Dr. Ratno Nuryadi, BPPT, Drs. Sudirman, M.Si., BATAN, Dra. Grace Tj. Sulungbudi, M.Sc., BATAN, Dr. Eng, Eniya Listiani Dewi, BPPT, Dr. Agus Haryono, LIPI
Drs. Aloma Karo Karo, Drs. Sumanto, Dra. Mirah Yulaili, Dra. Rina Ramayanti Yualina Riastuti Partiwi, Suratman, ST, Hendradi Setiono, A.Md Penerbit : Pusat Teknologi Bahan Industri Nuklir, BATAN Terbit Pertama Kali : Oktober 1999 Alamat Redaksi/Editorial Address : PTBIN - BATAN, Gedung 43, Kawasan Puspiptek Serpong 15314, Tangerang Telepon : (021) 75874261, 7562860 Ext. 4009 - 4010, Fax : (021) 7560926 E-mail :
[email protected], Website : http://jusami.batan.go.id
ISSN 1411-1098 Akreditasi LIPI Nomor : 263/AU1/P2MBI/05/2010
JURNAL SAINS MATERI INDONESIA Indonesian Journal of Materials Science Edisi Khusus Material untuk Sensor 2011
KATA PENGANTAR Dalam beberapa dekade ini, banyak upaya dilakukan dalam rangka pengembangan material untuk aplikasi berbagai sensor untuk kehidupan sehari-hari, bioteknologi (penyampaian obat terarah dan biosensor), peralatan optik, sensor kimia, foto katalitik, hingga pengawasan lingkungan. Material berstruktur nano, khususnya oksida mendapat perhatian yang besar karena sifatnya yang menonjol semisal rasio nilai luas permukaan terhadap volume yang sangat besar yang akan berdampak pada unjuk kerjanya dalam aplikasi sensor. Maka banyak penelitian yang difokuskan dalam sintesis dan karakterisasi nanomaterial untuk aplikasi sensor. Masalah dalam penelitian material untuk sensor diantaranya adalah terkait harga dan isu ramah lingkungan. Terkait dengan harga, sebagai contoh, beberapa semikonduktor dari keramik komersial telah dapat digunakan sebagai bahan sensor aseton. Tetapi, karena terbuat dari bahan yang tidak terbarukan, harganya mahal, naik seiring dengan waktu dan akhirnya produk tidak dapat bersaing dalam memenuhi tuntutan harga di pasar. Dalam masalah lingkungan, perhatian terhadap masalah kesehatan dan lingkungan dari material yang mengandung timbal juga telah mengarahkan beberapa peneliti untuk mengembangkan bahan piezoelektrik yang bebas timbal sebagai pengganti piezoelektrik semisal Lead Zirconium Titanate (PZT) dari keramik yang mengandung timbal. Untuk mengakomodasi informasi terkait tema penelitian tentang material untuk sensor, dewan redaksi Jurnal Sains Materi Indonesia (JUSAMI) telah mengumpulkan makalah yang berhubungan dengan bahan untuk sensor, untuk diterbitkan dalam edisi khusus ini. Edisi khusus tentang material untuk sensor ini memuat topik tentang berbagai aplikasi seperti sensor gas, sensor cahaya, suhu, serta sensor untuk kimia dan biologi. Sintesis dan karaktersasi material organik dan in anorganik dilaporkan dalam 11 makalah pada edisi khusus ini. Kami sangat berharap bahwa edisi khusus ini memiliki kontribusi dalam penyebaran informasi di antara para penelitian material khususnya dalam pengembangan peralatan sensor.
Editor
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ISSN 1411-1098 Akreditasi LIPI Nomor : 263/AU1/P2MBI/05/2010
JURNAL SAINS MATERI INDONESIA Indonesian Journal of Materials Science Special Edition on Materials for Sensor 2011
EDITORIAL PREFACE In the few decades, considerable efforts have been done to develope material for sensing application ranging from daily life, biotechnology (targeted drug delivery and biosensing), optical devices, chemical sensing, photocatalysis, and environmental monitoring. Nanostructured materials especially oxides have gained a huge attention due to a large set of outstanding properties such as high surface to volume ratio. Many studies, therefore, have been focused on the synthesizing and characterization of nanomaterial for sensing application. Some issues should be considered among the study of material for sensor are cost and environmental friendly. Related to the competitive cost issue, several commercial ceramic semiconductors, for example, have been successfully used as a sensing material for acetone sensors. However, the resources materials are not renewable that will make the cost is more expensive, rise by the time, and then the product become uncompetitive in satisfying the market demands. For the environmental friendly issue, health and environmental concerns with lead-containing materials, for example, have brought several researchers to develop lead-free piezoelectric materials to replace lead-containing piezoelectric ceramics i.e., Lead Zirconium Titanate (PZT). In order to accommodate the information of research issues on the materials for sensing application, the editorial board of Indonesian Journal of Material Science (JUSAMI), collected several articles related to material for sensor to be published in this special edition. This special edition on materials for sensor covers topics on several applications such as gas, light, temperature, as well as chemical and biological sensor. Synthesizing and characterization of both organic and inorganic materials were reported within 11 articles. We hope that this special edition find its contribution on the sharing of information between material researchers especially for the development of sensing devices.
Editor
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JURNAL SAINS MATERI INDONESIA Indonesian Journal of Materials Science Edisi Khusus Material untuk Sensor 2011 Special Edition on Material for Sensor 2011
DAFTAR ISI CONTENT
Kata Pengantar
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1.
M. C. Bhatnagar and Jaswinder Kaur, Structural and Surface Studies of Indium and Molybdenum Doped Tin Oxide Thin Film Sensors .................................................................
1-4
2.
Irwana Nainggolan, Tulus Ikhsan Nasution, Khairel Rafezi Ahmad, Zainal Arifin Ahmad and Ainnie Shakirah Arif, Detection of Milk Quality Degradation Using Biopolymer Chitosan Sensor ........................................................................................................................
5-8
3.
I. Novianty, S. Yani, R. Chahyani, Z. Athiyah, Casnan, Fendi, S. Serah, J. Hartono, N. Rofiah, H. Syahfutra, Akhiruddin and Irzaman, Electrical Properties Fe2O3 Doped Based Ba0.5Sr0.5TiO3 Thin Film as Light Sensor ...................................................................................
9 - 12
4.
Soumit S. Mandal and Aninda J. Bhattacharyya, Advanced Multifunctional Inorganic Nanostructured Oxides for Controlled Release and Sensing ...................................................
13 - 18
5.
Brian Yuliarto, Muhammad Iqbal and Nugraha, Liquefied Petroleum Gas Sensor Based on Fe Doped Nanostructure Zinc Oxide Thin Film Prepared by Chemical Bath Deposition ............
19 - 23
6.
Pratondo Busono, Tika Widayanti, Ulfa Ning Thyas, Nur Hajiyah and Subintoro, Cyclic Voltammetry Study of Uric Acid Disposable Biosensor Immobilized Using Direct Technique .
24 - 27
7.
Agus Kartono, Eka Sulistian and Pratondo Busono, The Numerical Analysis of Enzyme Membrane Thickness on the Response of Amperometric Biosensor .....................................
28 - 32
8.
Syahfandi Ahda, Synthesis of Lead Free Piezoelectric BNT Ceramic using Solid State Reaction Method ........................................................................................................................
33 - 36
9.
Mardiyanto and Syahfandi Ahda, Synthesis of Bismuth Natrium Titanate-Barium Titanate (BNT-BT) Ceramics for Ultrasonic Transducer .......................................................................
37 - 43
10.
Nina Hastuti, Vanny Narita, Subintoro and Wibowo Mangunwardoyo, Expression of Glucose Oxidase Gene from Aspergillus Niger Within pYES2/CT Vector in Saccharomyces Cerevisiae INVSc1 for Glucose Biosensor Application ...........................................................................
44 - 48
11.
Tulus Ikhsan Nasution, Zainal Arifin Ahmad, Khairel Rafezi Ahmad, Irwana Nainggolan and Ainnie Shakirah Arif, Study on Acetone Film Sensor using Conducting Biopolymer Chitosan .............................................................................................
49 - 52
Editorial Preface
Keywords Index Author Index
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53 - 53
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54 - 54
