CV_Nuru--.pdf

Curriculum Vitae Vitae Name

: Dr. Nurul Taufiqu Rochman, M. Eng.

Place & Date of Birth

: Malang, 5 August 1970

Field

: Material Science and Production Engineering

Position

: Senior Researcher, NIP. NIP. 320006166

Office

: Research Center for Physics-LIPI : PUSPIPTEK Serpong, Tangerang 15310 : Tel: 021-7560570 or 70933137

Fax: 021-7560554

: HP: 081381913415 Proffesional Organization : Chairman Indonesian Society for Nano (2005-Now) E-mail

: nuru006@ lipi.go.id or lipi.go.id or [email protected] or [email protected]  or [email protected]

RIWAYAT SINGKAT Dr. Nurul Taufiqu Rochman Bekerja di Pusat Penelitian Fisika-LIPI sejak tahun 1989, dan tugas belajar ke Jepang sejak tahun 1990 dengan Program Pak Habibie (STMPD II: Science and Technology Man Power Development Program). Lulus dari Kagoshima University, Jepang untuk S1, S2, S3 dalam bidang Ilmu Material dan Rekayasa Produksi. Pada tahun 2000, bekerja di Industri Jepang sebagai konsultan R & D selama 1 tahun dan Pusat Penelitian Daerah sebagai peneliti istimewa selama 3 tahun. Menjadi Advisor pada Proyek Konsorsium Daerah di Khusyu tahun 2002-2003. Telah mempublikasikan 11 Paten dan Hak Cipta (di antaranya 1 Paten Jepang yang telah di-granted dan diterapkan di Perusahaan Kyushu Tabuchi sejak 2003) dan lebih dari 60 publikasi dan pemakalah internasional dan 140 publikasi dan pemakalah nasional. Mendapat Penghargaan Hatakeyama Award sebagai mahasiswa terbaik dan Fuji Sankei Award sebagai penelti terbaik tahun 1995. Setelah pulang, pada 2004 mendapat penghargaan dari LIPI sebagai Peneliti Muda Terbaik dan Penghargaan dari Persatuan Insinyur Indonesia (Adhidarma Profesi) tahun 2005 dan The Best Innovation and Idea Award dari Majalah SWA. Delegasi Indonesia untuk menghadiri pertemuan Pemenang Nobel di Lindau Jerman, 2005. Tahun 2009 memperoleh perhargaan ITSF-Science and Technology Award dari Industri Toray Indonesia sebagai Outstanding Outstanding Scientist dan Scientist dan Ganesha Widya Adiutama dari ITB pada Dies Natalis ke-50 serta menerima Habibie Award di bidang Ilmu Rekayasa 11 November 2009. Selain itu juga, Dr. Nurul mendapat penghargaan sebagai presenter terbaik di beberapa seminar. Kini menjabat sebagai ketua Masyarakat Nano Indonesia sejak 2005. 0

EDUCATIONS Degree

Place

Graduate year (period)

Index score

S3 - Doctor of Engineering, Material Process & Engineering

Kagoshima University Kagoshima-Japan

2000 (April 1997 – March 2000)

GPA GP A = 4.00

S2 – Master of Engineering, Mechanical Engineering

Kagoshima University Kagoshima-Japan

1997 (April 1995 – March 1997)

GPA GP A = 4.00

S1 – Bachelor of Engineering, Mechanical Engineering

Kagoshima University Kagoshima-Japan

1995 (April 1991 – March 1995)

GPA GP A = 3.80

Japanese school– International Natural Science & Students Institute, Japanese Language Tokyo-Japan course

1991 (April 1990 - March 1991)

Finished

1

WORKING EXPERIENCES Period 1989 – now

2008-now

Place

Job discri ption and title

Research Center for Physics, Indonesian Institute of Sciences (LIPI) Senior Research (IV/c) Puspiptek, Serpong, Tangerang Industrial Research and Development, Ministry of Industry

 Agency for Industrial Research and Mei-November  Development, Ministry of Industry In 2007 Collaboration with LEMTEK Consaltant Indonesia

Expert Researcher: Nanotechnology Roadmap Development for Supporting National Cluster of Industry Expert Researcher: National Study on Developing Local Iron Ore and Coal for Fulling the Needs of National Steel Industry.

2002 – 2003

Div. of Material, Kagoshima Prefectural Institute of Industrial Technology, Kagoshima, Japan

2002 – 2003

 Advisor for The Regional Consortium in Kyushu, for the project of “Removal of Pb from Scrap Brass and its Application Kagoshima Prefectural Institute of for Industry”, Held by Industrial Technology, Kagoshima, Japan Kagoshima University, Kagoshima Research Center, Kagoshima Prefectural of Institute of Industrial Technology and Kyushu Tabuchi Company

2002 – 2003

Portal Beritaiptek.com

Managing Director

2001 – 2002

Div. of Material, Kagoshima Prefectural Institute of Industrial Technology, Kagoshima, Japan

Post Doct, Domestic Research Fellow, Japan Science and Technology Corporation (JST)

2000 - 2003

Kagoshima University, Kagoshima, Japan

Second Supervisor for Student (S1, S2 and S3)

 Apr 2000 Dec 2000

Post Doct, Japan Society for Promotion of Science(JSPS)

- Kyushu Tabuchi Company, Kagoshima, Japan

Consultant at Quality Control, R&D, Kyushu Tabuchi Company

1998 – 2000

Institute for Science and Technology Studies - Japan (Tokyo, Japan)

Head of working group, Material and Energy (1999-2000) and researcher for Material and Energy Policy

1998 – 2000

Kagoshima University, Faculty of Engineering, Department of Mechanical Engineering, Kagoshima, Japan

Research assistant for student (S1) at Mechanical Engineering field

1996 – 1999

Kagoshima University, Faculty of Engineering, Department of Mechanical Engineering, Kagoshima, Japan

Teaching assistant for student (S1) at Mechanical Engineering field

2

RESEARCH EXPERIENCES (GRANTS, FELLOWSHIPS), AWARDS & DELEGATIONS RESEARCH EXPERIENCES (GRANTS, FELLOWSHIPS) In 2009 1. “Pengembangan Nanomaterial Paduan Mg-Al Berbasis Mechanical Alloying dan  Aplikasinya dalam Bidang Transportasi”, Grant DIPA LIPI, Pusat Penelitian Fisika-LIPI. 2. “Pengembangan Proses Pembuatan Nanopartikel Silika dengan Metoda Sonifikasi”, Grant DIPA LIPI, Pusat Penelitian Fisika-LIPI. 3. “Pengembangan Sistem Mekanik High Energy Ball Mill Untuk Pembuatan Nano Partikel”, Grant K ompetitif LIPI, tahun ke-2, Pusat Penelitian Fisika -LIPI. 4. “Pengembangan Metoda Baru Ultrasonik-Milling untuk Pembuatan Partikel Nano”,Grant Kompetitif LIPI, Pusat Penelitian Fisika -LIPI. 5. “Pengembangan Pelapisan Nanostruktur Material Sistem Fe-Al pada Baja dengan Metoda Pemaduan Mekanik dan D-Gun”, Grant K ompetitif LIPI, Pusat Penelitian Fisika -LIPI. 6. “Pengembangan Teknologi Baru Solid-Liquid

State

Compound

Separation   dan

 Aplikasinya pada Pemanfaatan Pasir Besi untuk Bahan Baku Industri Baja Nasional”, Grant Ristek Insentif,  Tahun ke-2, Pusat Penelitian Fisika-LIPI bekerja sama dengan Industri Pengecoran, Bekasi.

In 2008 7. “Pengembangan Nanoteknologi Berbasis Ball Mill dan Aplikasinya pada Pembuatan Nanosilika untuk Beton Berkekuatan Tinggi”, Grant DIPA LIPI,  tahun ke-2, P2F-LIPI bekerja sama dengan Universitas Kagoshima, Jepang dan Institut Teknologi Sepuluh November. 8. “Pengembangan Sistem Mekanik High Energy Ball Mill Untuk Pembuatan Nano Partikel”, Grant K ompetitif LIPI, P2F-LIPI. 9. “Pengembangan Teknologi Baru Solid-Liquid

State

Compound

Separation   dan

 Aplikasinya pada Pemanfaatan Pasir Besi untuk Bahan Baku Industri Baja Nasional”, Grant Ristek Insentif,  P2F-LIPI bekerja sama dengan Krakatau Steel dan Universitas Indonesia. 10. “Studi Dasar Magnet Domain Tunggal Berbasis Paduan Bi-Mn Untuk Media Penyimpan Data Berdensitas Tinggi (High Density Storage)”, Grant Rist ek Insentif, P2F-LIPI.

In 2007 11. “Pengembangan Nanoteknologi Berbasis Ball Mill dan Aplikasinya pada Pembuatan 3

Nanosilika untuk Beton Berkekuatan Tinggi”, Grant DIPA LIPI,  tahun ke-1, P2F-LIPI bekerja sama dengan Universitas Kagoshima, Jepang. 12. “Pengembangan Teknologi Nanobaja untuk Komponen Otomotif dengan Performansi Tinggi”, Grant Ristek Insentif, P2F-LIPI. 13. “Pengembangan Magnet Domain Tunggal, Sistem Orientasi Partikel dan Pulsa Magnetisasi

sebagai

Pengembangan

Sistem

Produksi

Magnet

Permanen

yang

Terintegrasi”, Grant Ristek Insentif , FMIPA-UI bekerja sama dengan P2F-LIPI. 14. “Optimasi Pembuatan Ingot dari Pasir Besi untuk Bahan Baku Blok Mesin FC30”, Grant Kompetitif LIPI, tahun ke-3, P2F-LIPI kerja sama dengan Universitas Indonesia. 15. “Compound Separation Method For Removing Impurities From Molten Iron/ Steel And Its  Application For Iron/ Steel Making”, Grant from Indonesia Toray Science Foundation (ITSF) grant 13th, P2F-LIPI. In 2006 16. “Study Pengembangan Prototipe Alat Pembuat Nanopartikel”, Grant Ristek Non-Insentif , P2F-LIPI kerja sama dengan PT-BIN. 17. “Daur Ulang Skrap Besi/ Baja untuk Bahan Baku Blok Mesin FC30”, Grant Kompetitif LIPI, tahun ke-2, P2F-LIPI.

In 2005 18. “Study Pengembangan Prototipe Alat Pembuat Nanopartikel”, Grant Ristek Non-Insentif , P2F-LIPI. 19. ”Pengembangan Eko-Kuningan untuk Peralatan Pensuply Air”, Grant DIPA LIPI, P2F-LIPI 20. “New Technology for Recycling Scrap Brass and Its Application for Environment Friendly-Water Supply System”, Grant Indonesia Toray Science Foundation   (ITSF) grant 11th, P2F-LIPI. 21. “Daur Ulang Skrap Besi/ Baja untuk Bahan Baku Blok Mesin FC30”, Grant Kompetitif LIPI, P2F-LIPI. In 1990 - 2004 22. 2002-2003, Research Grant & Fellowship from Japan Society for Promotion of Science (JSPS). 23. 2002-2003, Grant from The New Energy and Industrial Technology Development Organization (NEDO) Japan , “Development of Technology for Recycling Scrap Brass containing Pb and Its application to Industry”. 24. 2001-2002, Research Grant & Fellowship from Japan Science and Technology 4

Corporation (JST). 25. 1997-2000, Scholarship for Doctoral Course from Ministry of Education, Culture and Sport (MONBUSHO), 1997-2000. 26. 1995-1997, Scholarship for Master Course from Ministry of Education, Culture and Sport (MONBUSHO), 1995-1997. 27. 1990-1995, Scholarship from Science and Technology of Man Power Development Program  (STMDP), RISTEK, Indonesia.

 AWARDS 28. November 11th, 2009, Habibie Award for Engineering Science, The 10th  Anniversary of The Habibie Center. 29. April 2009, Excellent Researcher   selected for The Project SEA-EU-NET that published in The booklet on “Excellent Researcher from Southeast Asia”, the 7th  Framework Programme. 30. March 2nd, 2009, Ganesha Widya Jasa Adiutama Award , The 50th  Anniversary Celebrations of the Bandung Institute of Technology (ITB). 31. February 12th, 2009, Science and Technology Award 2008 from INDONESIA TORAY SCIENCE FONDATION (ITSF). 32. March 31st, 2008, The 3rd   Best Presenter at Presentasi Hasil DIPA IPT LIPI , “Pengembangan Nanoteknologi Berbasis Ball Mill dan Aplikasinya pada Pembuatan Nanosilika untuk Beton Berkekuatan Tinggi”, LIPI, Bandung. 33. February 12th, 2008, The Best Presenter at the ITSF Seminar on Science and Technology, Indonesian Toray Science Foundation, Jakarta. 34. August 7-9th, 2007, The Best Paper in The Field of Manufacture, Seminar Nasional Metalurgi dan Material (SENAMM) I 2007, “Pengaruh Penambahan Cr pada Lapisan Intermetalik Al-Fe dengan Ball Mill”, Universitas Indonesia, Depok. 35. December 6th, 2005, The Best Innovations & The Best Ideas In Business Award 2005, SWA magazine. 36. August 12th, 2005, PII Engineering Award 2005  (ADHIDA RMA PROFESI AWARD peringkat I) from Persatuan Insinyur Indonesia. 37. June 26th – July 2nd, 2005, Five Best Researchers Selected by RISTEK for Att ending The 55th  Nobel Laureates Meeting i n Lin dau , Germany. 38. December 15, 2004, Award from LIPI as the best researcher in the 12 th  Indonesian Young Researcher Competition   (Pemilihan Peneliti Muda Indonesia ke-12) LIPI, Jakarta. 5

39. March 29, 1995, Fuji-Sankei Award: Award from Sankei News Paper Company, Japan Foreign Ministry and Higashi Nihon House Company as 40 best researchers i n Japan. 40. March 24, 1995, Hatakeyama Award: Award from The Japan Society for Mechanical Engineering (JSME) as the best student at Department of Mechanical Engineering, Kagoshima University, Japan. 41. September 1993, University ROBOCON’93, TECHNO SOCCER: Aw ard Runner-up in the Third Asia-Pacific Broadcasting Union Robot Contest   representative for Kagoshima University, Japan. 42. May 20, 1989, The best student Award  from Head of Senior High School Negeri Lawang, Malang.

DELEGATIONS 43. November 16th – 18th, 2008, Indonesian Delegation for Asia Nano Forum Summit 2008, held by Asia Pacific Nano Forum, Abu Dhabi, United Arab Emirate. 44. November 3rd – 10th, 2008, Indonesian Delegation for Bilateral Collaboration Research’s Initiation between Indonesia-German , Berlin-German. 45. March 11 – 12th, 2008, Indonesian Delegation for the 3 rd  International Dialogue on Responsible Research and Development of Nanotechology , held by European Union/ European Commission, Brussel, Belgia. 46. November 29th  – December 1st, 2007, Indonesian Delegation for Asia Nano Forum Summi t 2007, held by Asia Pacific Nano Forum, Kuala Lumpur, Malaysia. 47. January 15-19th, 2007, Indonesian Representative for Attending  “Advanced Workshop on Recent Development in Nanometerials”, The Abdus Salam International Centre for Theoretical Physics, Italy. 48. November 2-3rd, 2006, Indonesian Delegation for Asia Nano Forum Summit 2006 , Hong Kong. 49. November 14-16th, 2005 Indonesian Delegation for South East ASIA Materials Network, Singapore.

6

PUBLICATIONS PATENTS, DESIGNS & COPY RIGHTS 1. PATEN, ”Metoda dan Alat Ball Mill Kocok dengan Menggunakan Sistem Piston”, Paten No. P00200800640, 23 September 2008. 2. PATEN, ”Ball Mill yang Dapat Beroperasi pada Suhu Tinggi”, Paten No. P00200800641, 23 September 2008. 3. MEREK DAGANG, ”Nano-EDU”, Merek alat pendidikan dini nanoteknologi, Merek Dagang No. D002007013436, 2 Mei 2007. 4. PATEN, ”HEM type E3D, Mesin Penghancur Partikel Berenergi Tinggi dan Metodanya”, alat pembuat fungsional nanomaterial dengan gerakan elips 3 dimensi. Paten No. P00200700207, 2 Mei 2007. 5. PATEN, ”PBM A4, Mesin Penghancur Partikel dengan Gerak Planet yang Memiliki Sudut dengan Wadah yang dapat Dikondisikan”, Paten No. S00200700086 , 24 April 2007. 6. PATEN, ”Mesin Pemisah Magnetik”, alat pemisah pasir besi dari pengotornya. Paten Sederhana No. S00200600244 , 30 November 2006. 7. Hak Cipta, ”Nano-edu, Pengenalan Dini Nanoteknologi untuk Anak Sekolah”, Hak Cipta No. C00200603323-3402, 12 Sep 2006. 8. Hak Cipta, ”Alat Peraga Pengenalan Dini Nanoteknologi pada Anak”, Hak Cipta No. C00200603323-3403, 12 Sep 2006. 9. PATEN, ”Metoda Penguatan Mortar atau Beton dengan Mineral Alam”. Paten No. P00200600409, 17 Juli 2006. 10. PATEN, ”Metoda Pembelajaran Fenomena Gerak Atom-Atom Dan Pembentukan Struktur Kristal Suatu Material”, Paten No. P00200600346 , 15 Juni 2006. 11. PATEN, ”Metoda Eliminasi Pb dari Paduan Tembaga", Japanese Patent, No granted 2005-8970 (P2005-8970A) , January 2005.

BOOKS 12. Nurul T. R, ” Nano-edu, Pengenalan Dini Nanoteknologi untuk Anak Sekolah ", LIPI Press, Jakarta (2007). 13. Nurul T. R., “Nano di Alam, Lebih Dekat dengan Nanoteknologi”, Nanotech Indonesia Press, Jakarta, 2009. 14. Atih S. H., Djumarman, Nurul T. R., Setyo P., Agus H., Agus F. S., ”Roadmap Pengembangan Teknologi Industri Berbasis Nanoteknologi; Industri Tekstil dan Industri Keramik”, Pusat Penelitian dan Pengembangan Teknologi Industri, Badan Penelitian dan Pengembangan Industri, Departemen Perindustrian Jakarta, (2009).

7

INTERNASIONAL PUBLICATIONS Journals and Proceedings 15. A. S. Wismogroho, W. B. Widayatno, Suryadi, K. A. Zaini Thosin, Nurul. T. R, H. Sueyoshi, “Iron aluminide coating on Al by mechanical alloying”, Surface Engineering, Appeared or available online: November 16, 2009 . in press. 16. Agus Sukarto W., Wahyu Bambang Widayatno, Suryadi dan Nurul T.R.“The Coating of  Al-50at%Fe Powder on Al Substrate by Mechanical Alloying”, Proceeding of 2nd International Conference on Advanced Materials and Practical Nanotechnology, pp: 232-237, BPPT, Jakarta, 11-12 November 2009. 17. Wahyu Bambang Widayatno, Agus Sukarto W., R. Akkipedi dan Nurul T.R.“Review on Morphological Observation of Bi-Mn Nano-sized Geometry Prepared by High Energy Milling”, Proceeding of 2nd International Conference on Advanced Materials and Practical Nanotechnology, pp: 238-245, BPPT, Jakarta, 11-12 November 2009 . 18. Agus Sukarto W., Wahyu Bambang Widayatno, Suryadi dan Nurul T.R.“The Formation of Iron Aluminide Coating on Al Substrate by Mechanical Alloying”, Proceeding of 2nd International Conference on Advanced Materials and Practical Nanotechnology, pp: 54-58, BPPT, Jakarta, 11-12 November 200 9. 19. Wahyu Firmansyah, Wahyu Bambang W., Agus Sukarto W., Nurul T.R.“Development if Direct Reduction Process of Iron Sand into Pig Iron”, Proceeding of 2nd International Conference on Advanced Materials and Practical Nanotechnology, pp: 208-213, BPPT, Jakarta, 11-12 November 2009. 20. Nurul T. R. and Yesie L. Brama, “Indonesia Nanotechnology Development: Current Status Overview”,

Chapter

5

of

Book:

EMERGING

NANOTECHNOLOGY

POWER,

Nanotechnology R&D and Business Trends in the Asia Pacific Rim, Edited by Lerwen Liu, World Scientific Press, p. 141-167 (2009). 21. Agus S. W., Nurul T. R., S. Sameshima, K. Takewaka, H. Sueyoshi, “Iron Aluminide Coating on Steel Surface by Mechanical Alloying at Elevated Temperature”, Journal, Transactions of The Materials Research Society of Japan, accepted for publication on June 1st , 2009. 22. Agus S. W., Heru I., Wahyu B. W., Alfian N., Suryadi, Nurul T. R. and H. Sueyoshi, “Iron  Aluminide Coating of Structural Steel by Mechanical Alloying Followed by Annealing”, Journal of the Japan Society of Powder and Powder Metallurgy, Vol. 56 (2009) No. 7 pp.427-432. 23. Agus S. W., Nurul T. R., H. Sueyoshi, “Aluminide Coating on Steel Surface by Mechanical  Alloying” Journal of the Japan Society for Heat Treatment, Vol. 49, No. 1, p. 229-232 (2009). 24. Muhandis, F. Nurdiana, A.S. Wismogroho, N.T. Rochman and L.T. Handoko, “Extracting the physical observables using the macroscopic ensemble in the spex-mixer/mill simulation”, American Institute of Physics, 1169 (2009) pp. 235-240. 25. Nurul T. R., “Nanoparticle Production for Supporting National Industry”, Proceedings of 8

NAMES, International Conference 3-4 July 2009, Unlam, Banjarmasin.(Submitted) 26. F. Nurdiana, Muhandis, A.S. Wismogroho, N.T. Rochman and L.T. Handoko, “Preliminary simulation of temperature evolution in comminution processes in ball mills”, Proceeding of the International Conference on Quality in Research 2009, p. 867-869. 27. Alfian N., Sri Harjanto, Agus S. W., Dedi P, and Nurul T. R., “Influence of Cr Addition on Fe-Al Coating Obtained by High Energy Milling”, Proceedings of The 11th International Conference On Quality In Research (Qir) 2009, Jakarta, 3-6 August 2009, p.807-810. 28. Suryadi, One Meus, Agus S. W. and Nurul T.R., “Ultrasonic Wave Effect on Particle Size reduction of Silica”, Proceedings of The 11th International Conference On Quality In Research (Qir) 2009, Jakarta, 3-6 August 2009, p. 1012-1015. 29. Wahyu B. W, Agus S.W and Nurul T.R, “Formation Mechanism of Nano Sized Geometry on Mechanical Alloying of Bi-Mn System”, Proceedings of The 11th International Conference On Quality In Research (Qir) 2009, Jakarta, 3-6 August 2009, p. 1031-1035. 30. Wahyu F., Alfian N., Agus S. W. and Nurul T.R., “Development of Reduction Process From Iron Sand into Pig Iron”, Proceedings of The 11th International Conference On Quality In Research (Qir) 2009, Jakarta, 3-6 August 2009, p. 1036-1044. 31. Agus S W., Heru Irawanto, Nurul T. R., Hidekazu S., “Coating of Iron Aluminide on Carbon Steel Formed by Mechanical Alloying”, Journal, Materials Science and Technology. (June 2008, Submitted). 32. A. Nakano, Nurul T. R. and H. Sueyoshi, “Effect of Heat Treatment on Dezincification of (α+β) Brass”, Journal of the Japan Society for heat tretment, (Oct 2006 submitted). 33. Nurul T. R., “Development of Nanomaterial Opportunity In Indonesia”, Proceedings of the 9th  International Seminar on the Role of Chemistry in Industry and Environment, Universitas Andalas, Padang, 27-28 November 2007. (In press). 34. Nakano, A. Rochman, N. T., Sueyoshi, H, “LCA of Manufacturing Lead-Free Copper  Alloys”, Journal of the Japan Institute of Metals, Vol. 71, No. 10, p. 885-889 (2007) (Japanese Version) 35. Nakano, A. Rochman, N. T., Sueyoshi, H, “Removal of Lead from Copper Alloy Scraps by Compound-Separation Method”, Journal of the Japan Institute of Metals, Vol 71; No 5, pages 476-481 (2007) (Japanese Version) 36. Nurul T. R., “Scenario of Nanomaterials Research in Indonesia”, Proceedings of Seminar On Advanced Materials Research Group, A3-01~09, Universiti Kebangsaan Malaysia, Malaysia, 28-31 Oct 2007. 37. Nurul T. R., “Development of Instrumentation for Producing Nanoparticle (New Design of High Energy Ball Mill)”, Proceedings of seminar on advanced materials research group, B5-01~016, Universiti Kebangsaan Malaysia, Malaysia, 28-31 Oct 2007. 38. Wahyu B.W., Suryadi, Widhya B., W. Firmansyah, M. I. Amal, Alfian N., Agus S. W. and Nurul T. R., “Phenomena of Nanotube Formation in Bi-Mn-O System and Its Microstructure Prepared by Mechanical Alloying”, Proceedings of seminar on advanced materials research group, B9, Universiti Kebangsaan Malaysia, Malaysia, 28-31 Oct 9

2007. 39. Alfian N., Agus S. W., Wahyu B. W., M. I. Amal, W. Firmansyah, Suryadi, widhya B. and Nurul T. R., “Cr Addition Effect to Fe-Al Intermetallic Coating by Mechanical Alloying”, Proceedings of seminar on advanced materials research group, B8, Universiti Kebangsaan Malaysia, Malaysia, 28-31 Oct 2007. 40. Suryadi, Alfian N., Agus S.W., Wahyu B. W., M. I. Amal, W. Firmansyah, Widhya B. and Nurul T. R., “Mechanism of Al-Fe Coating on Steel Plate Prepared by Ball Mill”, Proceedings of seminar on advanced materials research group, B7, Universiti Kebangsaan Malaysia, Malaysia, 28-31 Oct 2007. 41. M. I. Amal, Suryadi, Widhya B., W. Firmansyah, Wahyu B. W., alfian N., Agus S. W. and Nurul T. R., “Characterization of Fe-0.8C Alloy System Prepared by Mechanical Alloying and Hot Rolling”, Proceedings of seminar on advanced materials research group, B10, Universiti Kebangsaan Malaysia, Malaysia, 28-31 Oct 2007. 42. W. Firmansyah, Alfian N., Iwan S., Widhya B., Suryadi, M.I. Amal, Agus S. W., Wahyu B. W, Sri H., Nurul T. R., “Reduction for Iron Sand”, Proceedings of seminar on advanced materials research group, B12, Universiti Kebangsaan Malaysia, Malaysia, 28-31 Oct 2007. 43. Nurul T. R., “Mechanical Alloying of Fe-C System Based Alloy”, Proceedings of International Symposium on Nanotechnology & Catalysis, Indonesian Nanoletter, Vol 1, No 2, p. 26-36 (2007). 44. M. I. Amal and Nurul T. R., “Structure and Properties of Fe–1.4O Alloy System Obtained by Mechanical Alloying”, Proceedings of International Symposium on Nanotechnology & Catalysis, Indonesian Nanoletter, Vol 1, No 2, p.41-45 (2007). 45. Nurul T. R., “Research and Development of Nanotechnology in Indonesia”, Proceedings International Conference on Advanced Materials and Practical Nanotechnology, Indonesian Nanoletter, Vol 1, No 1 p. 1-7 (2007). 46. M. I. Amal and Nurul T. R., “Microstructures of Fe-0.8C Prepared by High Energy Milling”, Proceedings

International

Conference

on

Advanced

Materials

and

Practical

Nanotechnology, Indonesian Nanoletter, Vol 1, No 1, p. 55-60 (2007). 47. Agus S.W. , Suryadi, Agus D. , Alfian N., Hubby I., Endang S., Wahyu B.W., Dody W., Nurul T. R., 2006, “Al-Fe Coating on Iron by Mechanical Alloying”, Proceeding of

The

9th International Conference on Quality in Research, IMM-18, 1-5. Jakarta, September 6-7th 2006. 48. Atushi Nakano, Nurul T. R. and H. Sueyoshi, “Removal of Lead from Copper Alloy Scraps by Compound-Separation Method”, Journal, Materials Transactions, Vol. 46 No.12 (2005) pp.2719-2724. 49. Atushi Nakano, Nurul T. R. and H. Sueyoshi, “LCA of Manufacturing Lead-Free Copper  Alloys”, Journal, Materials Transactions, Vol. 46 No.12 (2005) p p.2713-2718. 50. A. Nakano, W. Higashiiriki, Nurul T. R., K. Yamada, K. Hamaishi and H. Sueyoshi, “Removal of Lead from Brass by Compound Separation Method”, Journal of the Japan 10

Institute of Metals (JIM), 69, 2, p. 198 – 201 (2005). (in Japanese) 51. Nurul T. R., Y. Matsumoto and H. Sueyoshi,” Preparation of Fine Grained Steel by Mechanical Alloying and Subsequent Hot Pressing”, Proceedings of The 2nd  Conggress of Sub Committee on Material Science and Technology, p.94-102, Jakarta, 5-6 August 2005. 52. Nurul T. R., Y. Matsumoto and H. Sueyoshi, “Fine Grained Carbon Steel via Mechanical  Alloying and Hot Pressing”, Journal, Transactions of The Materials Research Society of Japan, Vol. 29; No. 8, p. 3499-3502 (2004). 53. Nurul T. R., S. Suehiro, K. Higashiiriki, A. Nakano, K. Yamada, K. Hamaishi, S. Nakamura, Y.

Sechi,

T.

Matsuda

and

H.

Sueyoshi,

“Pb-Free

Brass

from

Scrap

by

Compound-Separation Method“, Journal, Transactions of the Materials Research Society of Japan, Vol. 29, No. 5, (2004). 54. Nurul T. R. and H. Sueyoshi, 2003, “Fe-C System Alloys Prepared by Mechanical Alloying and Powder Metallurgy“, Journal of the Japan Society of Powders and Powder Metallurgy, 50, p. 976-980. 55. Nurul T. R., S. Kuramoto and H. Sueyoshi, 2003, “Effect of Milling Speed on an Fe-C-Mn System Alloy Prepared by Mechanical Alloying“, Journal of Material Processing and Technology 138, p. 41-46. 56. H. Sueyoshi, Nurul T. R. and S. Kawano, 2003, “Damping Capacity and Mechanical Property of Hexagonal Boron Nitride-Dispersed Composite Steel“, Journal of Alloys and Compound, 355, p. 120-125. 57. Nurul T. R., A. Nakano and H. Sueyoshi, 2003, “Dezincification Behavior of Brass with P  Addition“ Proceedings of The 13 th Asian-Pacific corrosion control conference, 16-21 Nov, Osaka, Japan p. APCCC-13 C101. 58. Nurul T. R., A. Nakano, K. Yamada, K. Hamaishi and H. Sueyoshi, 2003, “Application of life

cycle

assessment

for

Pb-

free

brass“,

Proceedings

of

EcoMaterials

and

Ecoprocessess, COM 2003, August 24-27, Vancouver, Canada, p. 255-266. 59. Nurul T. R., S. Suehiro, K. Higashiiriki, A. Nakano, K. Yamada, K. Hamaishi, S. Nakamura, Y. Sechi, T. Matsuda and H. Sueyoshi, 2003, “Pb-Less Brass with High Dezincification in LCA Perspective“, Proceedings of EcoMaterials and Ecoprocessess, COM 2003, August 24-27, Vancouver, Canada, p. 245-253. 60. K. Hamaishi and Nurul T. R., 2003, “Transfer of Applied Heat Treatment Technology of Steels to Industries in Kagoshima, Japan”, Proceedings of The 6th QiR FTUI, Jakarta, 1-2 October, p. MT-HT-13-1~8. 61. A. Nakano, Nurul T. R., K. Yamada and H. Sueyoshi, 2003, “Effect of Heat Treatment on Dezincification of Brass”, The 56th  Annual Report of Heat Treatment Technique, The Japan Society for Heat Treatment, May 22-23, p. 15-16. 62. K. Yamada, Nurul T. R., R. Fujimoto, S. Suehiro and H. Sueyoshi, 2002, “Removal Pb from Scrap Brass“, Journal of Advanced Science, Vol. 13, No. 3, p. 273-276. 63. Nurul T. R., K. Yamada, R. Fujimoto, S. Suehiro and H. Sueyoshi, 2002, “Effects of 11

Microstructural Factors and Alloying Elements on Dezincification of Brass”, Journal of  Advanced Science, Vol. 13, No. 3 p. 277- 280. 64. A. Nakano, Nurul T. R., K. Yamada, R. Fujimoto, K. Hamaishi and H. Sueyoshi, 2002, “Development of Environment-Friendly Brass with High Dezincification Resistent”, Materials Weeks, L22. p. 1-8. Sept 2-4, Germany. 65. Nurul T. R., H. Sueyoshi and S. Kuramoto, 2002, “Mechanical Properties of Carbon Steel with Fine Structure Prepared by Mechanical Alloying and Subsequent Hot Pressing”, Materials Weeks, p. 1-8. Sept 2-4, Germany. 66. K. Yamada, S. Suehiro, A. Nakano, Nurul T. R. and H. Sueyoshi, 2002, “Recycling of Brass Containing Lead”, Annual Report of Japan Materials Sciences, May 31, Tokyo, p. 45-46. 67. H.Suyoshi, K.Tagami and Nurul T. R., 2001, “Damping Capacity of Graphite-Dispersed Composite Steel“, Journal, Materials Trans, The Japan Inst. of Metals, Vol. 42 No. 6, p. 965-969. (English version) 68. H. Sueyoshi, Nurul T. R., S. Kuramoto and T. Honjo, 2001, “Preparation of Carbon Steel by Mechanical Alloying and Hot Pressing”, Proceedings of The Second Asian Conference on Heat Treatment of Materials, The Japan Society for Heat Treatment, Japan, Shimane, Sept. 7-10, p. 99-104. 69. R. Fujimoto, K. Yamada, Nurul T. R. and H. Sueyoshi, 2001, “Effect of Alloying Elements on Dezincification of Brass”, The 140th  Annual Report of Japan Society of Corrosion Engineering, Vol. 41, No. 3, Dec 7, Kita Kyushu, p. 19-20. 70. H.Suyoshi, K.Tagami and Nurul T. R., 2000, “Damping Capacity of Carbon Dispersed Composite Steel“, Journal of The Japan Society for Heat Treatment, Vol. 40, No. 2, p. 84-87. (Japanese version) 71. K. Yamada, R. Fujimoto, Nurul T. R. and H. Sueyoshi, 2 000, “Effect of Microstructure Factors on Dezincificition of Brass”, The 137th  Annual Report of Japan Society of Corrosion Engineering, Vol. 40, No. 3, Dec 8, Kita Kyushu, p. 23-24. 72. S. Kuramoto, Nurul T. R. and H. Sueyoshi, 2000, “Preparation of Fe-C System Alloy via Mechanical Alloyingc, The 50th Annual Report of Heat Treatment Technique, The Japan Society for Heat Treatment, May 23-24, p. 9-10. 73. Nurul T. R., K. Kawamoto, H. Sueyoshi, Y. Nakamura and T. Nishida, 1999, “Preparation of High Carbon System Alloy by mechanical alloying“, Journal of the Japan Society for Heat Treatment, 39, p. 312-317. 74. Nurul T. R., K. Kawamoto, H. Sueyoshi, Y. Nakamura and T. Nishida, 1999, "Effect of milling temperature and additive elements on an Fe-C system alloy prepared by mechanical alloying“, Journal of Material Processing and Technology, Vol.89-90, p. 367-372. 75. K. Tagami, Nurul T. R. and H. Su eyoshi, 1999, “Effect of Microstructure on Damping Capacity of Composite Steel”, The 48th Annual Report of Heat Treatment Technique, The Japan Society for Heat Treatment, May 25-26, p. 27-28. 12

76. Nurul T. R., K. Kawamoto, H. Sueyoshi, Y. Nakamura and T. Nishida, 1998, “Preparation of Fe-C System Alloy by Mechanical Alloying”, Proceedings of The third Pacific RIM International Conference on Advanced Materials and Processing, Vol. I, July 12-16, Hawaii, USA, p. 253-258. 77. Nurul T. R., 1997, “Preparation of New Materials by Mechanical Alloying”, Proceedings of the International Symposium on Future Issues of Research on Science and Technology – FIRST’97, ISTECS-Chapter Japan, Dec 13, p. 167-170.

Seminars and Internasional Conferences 78. Nurul T. R., “Nanoparticle Production for Supporting National Industry; Seeking an Opportunity for Developing Nanotechnology in Indonesia”, The 2nd ISESCO International Workshop and Conference on Nanotechnology, Malaysia, 25-27 January 2010. 79. Nurul T. R., Masbah R. T. Siregar and Bambang S. P., “Current Status of Research and Development of Nanotechnology in Indonesia”, Asia Nano Forum 4th SUMMIT MEETING, Malaysia, 28-29th October 2007. 80. Masbah R. T. Siregar and Nurul T. R., “Current Status on Research and Development of Nanotechnology in Indonesia and Its prospects”, ISESCO International Conference and Workshop on Nanotechnology 2007 (ICWN2007), Malaysia, 12-15th June 2007. 81. Masbah R. T. Siregar and Nurul T. R., “Indonesian Nanotechnology R & D Highlight and Its Business Prospect”, Asia Nanobusiness 2007, Tokyo, 21st February 2007. 82. Masbah R. T. Siregar, Siti Amini, Hery Haerudin and Nurul T. R., “Nanotechnology Infrastructure, R&D in Indonesia” Working Group Meeting, ASIA Nano Forum, Malaysia, 23rd January 2007. 83. Nurul T. R., “Development of Nanomaterials Based on Local Resources Prepared by Ball Mill and Its Application”, Advanced Workshop on Recent Developments in Nanomaterials,  Abdus Salam ICTP – Trieste, 15-19 January 2007. 84. Masbah R. T. Siregar, Bambang S. P. and Nurul T. R., “Current Status of Research and Development of Nanotechnology in Indonesia”, Asia Nano Forum 3rd SUMMIT MEETING, Hong Kong, 1-3rd November 2006. 85. Masbah R. T. Siregar and Nurul T. R., “Trends Researches on Material Science and Technology and Their Facilities in Indonesian Institute of Sciences (LIPI)”, South East  ASIA Materials Network, Singapore, 14-16 Nove mber 2005. 86. Nurul T. R., “Nanotechnology and Its Application”, The 2005 International Seminar on Microscopy and Microanalysis, Bogor, 15 September 2005. 87. Atsushi Nakano, Hidekazu Sueyoshi, Nurul T. R.,“Environmental Perspective of Lead-Free Copper Alloys Products Manufacturing System using Scrap”, Advanced in Ecomaterial, 4 July 2005, Singapore. 88. Nurul T. R., Y. Matsumoto and H. Sueyoshi, 2003, “Fine Grained Carbon Steel via Mechanical Alloying and Hot Pressing“, International Symposium on IUMRS, Oct 8-10, 13

Yokohama, Japan, p. 231. 89. Nurul T. R., S. Suehiro, K. Higashiiriki, A. Nakano, K. Yamada, K. Hamaishi, S. Nakamura, Y. Sechi, T. Matsuda and H. Sueyoshi, 2003, “Pb-Free Brass from Scrap by Compound-Separation

Method“,

International

Symposium on

IUMRS,

Oct

8-10,

Yokohama, Japan, p. 28. 90. H. Sueyoshi, Nurul T. R. and S. Kawano, 2002, “Damping Capacity and Mechanical Property

of

Hexagonal

Boron

Nitride-Dispersed

Composite

Steel”,

International

Symposium on High Damping Materials 2002, August 22-24, Tokyo, Japan, p. 26. 91. Nurul T. R., “Development of Pb-Free and High Resistant of Dezincification of Brass; A New Technology to Attain Environment-Friendly Brass”, Japan Society for Corrosion, Kagoshima Prefectural Institute of Industrial Technology, Japan, February 2002. 92. K. Yamada, Nurul T. R., R. Fujimoto, S. Suehiro and H. Sueyoshi, 2001, “Removal Pb from Scrap Brass“, The Fifth International Conference on ECOMATERIALS, Hawaii, USA Oct 2-4, p. 53. 93. Nurul T. R., K. Yamada, R. Fujimoto, S. Suehiro and H. Sueyoshi, 2001, “Effects of Microstructural Factors and Alloying Elements on Dezincification of Brass”, The Fifth International Conference on ECOMATERIALS, Hawaii, USA Oct. 2-4, p. 54. 94. Nurul T. R., S. Kuramoto, R. Fujimoto and H. Sueyoshi, 2000, “Effect of Milling Speed on an Fe-C-Mn System Alloy Prepared by Mechanical Alloying", the Ninth International Manufacturing Conference in China, Vol. I, August 16-17, Hongkong, p. 129-130. 95. Nurul T. R., K. Kawamoto, H. Sueyoshi, Y. Nakamura dan T. Nishida, 1999, “Effect of Milling Temperature and Additive Elements on an Fe-C System Alloy Prepared by Mechanical Alloying”, the 4th Asia Pacific Conference on Material Processing, Singapore, May 19-20. 96. Nurul T. R., “Development of New Materials by Mechanical Alloying-Powder Metallurgy Method and Its Applicarion”, International Night, Representative from Kagoshima University Foreign Student Association, Japan, November 1997.

NATIONAL Journal and Proceedings 97. Alfian Noviyanto, Sri Harjanto, Nurul T. R., Dedi Priadi, “Pelapisan Intermetalik Fe-Al Pada Baja SC45 dengan Metoda Pemaduan Mekanik”, Proceedings of Seminar Nasional Metalurgi dan Material (SENAMM 2008), ITB, 20-21 Agustus 2008. (in press) 98. Wahyu B. W., Erfin Y.F., Agus S.W., Nurul T.R., “Mekanisme Perubahan Fasa Pada Pembentukan Paduan Bi-Mn dengan Mechanical Alloying”, Proceedings of Seminar Nasional Metalurgi dan Material (SENAMM 2008), ITB, 20-21 Agustus 2008. (in press) 99. Wahyu Firmansyah, Wahyu B.W., Agus S.W, dan Nurul T.R., “Mekanisme Metalisasi Pig lron Dari Pelet Pasir Besi”, Proceedings of Seminar Nasional Metalurgi dan Material 14

(SENAMM 2008), ITB, 20-21 Agustus 2008. (in press). 100.

Nurul

T.

R.,

and

Jumarman,

“Opportunity

And

Strategy

For

Developing

Nanotechnology In Indonesia”, Jurnal Industri Riset, No.2., Vol 2, p. 27-34, 2008. 101.

Nurul T. R., Agus S. W., Alfian N, and Sri Harjanto, “Compound Separation Method

for Removing Impurities from Molten Iron/ Steel and Its Application for Iron/ Steel Making, Proceedings, ITSF on Science and Technology, Session B, Session II, III, 8 pages, Jakarta, 12 February 2008. 102.

Suryadi, Budhy K., Hasby, Agus S.W., dan Nurul T.R., “Preparation of Ferrite

Nanoparticles for Single Domain Magnetic Material by Mechanical Alloying”, Indonesian Nanoletter, Vol 2, No. 1, p. I, 1-6, January 2008. 103.

Alfian N., Sri H., Agus S.W., dan Nurul T.R., “Fabrication of Fe-Al-Cr Steel Prepared

by Ballmill”, Indonesian Nanoletter, Vol 2, No. 1, p. II, 1-8, Januari 2008. 104.

Wahyu B.W., Agus S.W., Suryadi dan Nurul T.R., “Phase Transformation of Bi-Mn

System During Mechanical Alloying”, Indonesian Nanoletter, Vol 2, No. 1, p. III, 1-8, Januari 2008. 105.

Nurul T. R., “Nanobaja untuk Penguatan Industri Baja Nasional”, KS-Review, Vol. VII,

No. 1, p. 11-13, Desember 2007. 106.

Wahyu B. W., Suryadi, Widhya B., Wahyu F., M. I. Amal, Alfian N., Agus S. W. dan

Nurul T. R., “Pengaruh Komposisi, Temperatur dan Alat Milling pada Fenomena Pembentukan Nanotube Bismuth Oxide Sistem Bi-Mn dengan Mechanical Alloying”, Jurnal Sains Materi Indonesia, Edisi Khusus, p. 237-241, Oktober 2007. 107.

Alfian Noviyanto, Agus Sukarto Wismogroho, Iwan Setiawan, Wisnu Ari Adi, Nurul T.

R.,” Peningkatan Reduksi Campuran Pasir Besi-Grafit Dengan Mechanical Alloying”, Jurnal Sains Materi Indonesia Vol. 8, No. 3, p. 240-245 (2007). 108.

Agus Sukarto Wismogroho, M. Ikhlasul Amal, Nurul T. R. and H. Sueyoshi “Studi

Dasar Pelapisan Intermetallic Al-Fe Pada Plat Baja Dengan Metoda Mechanical Alloying”, Jurnal Sains Materi Indonesia Vol. 8, No. 3, p. 266-271 (2007). 109.

Nurul T. R., “Karakterisasi Kuningan Miskin Pb Terbuat Dari Daur Ulang Skrap”,

Jurnal Sains Materi Indonesia Vol. 8, No. 3, p. 261-265 (2007). 110.

Wahyu Bambang W., Suryadi, Agus Sukarto W., dan Nurul T. R.,” Efek Cryomilling

terhadap Mikrostruktur Sistem Bi-Mn”, Jurnal Sains Materi Indonesia Vol. 8, No. 3 p. 250-254 (2007). 111.

Wahyu Bambang W., Alfian N., Suryadi, Agus S.W., Nurul T.R., Widhya B.dan

Wahyu F. “Effect of Temperature on The Formation Rate of Bi-Mn System Metastable Phase and its Microstructure”. Indonesian Nanoletter Vol 2, No 1. p. 69-71, June 2007. 112.

Suryadi, Agus S. W., Wahyu B.W, Alfian N., Widhya B., W. Firmansyah dan Nurul

T.R. “Surface Modification using Mechanical Alloying Method”. Indonesian Nanoletter Vol 2, No 1. p. 14-15, June 2007. 113.

Widhya B., Suryadi, W. Firmansyah., Wahyu B.W, Alfian N., M. I. Amal, Agus S.W,

dan Nurul T.R. “Fundamental Study on Possibility of Utilization of Silica Powder from 15

Local Natural Mineral and Lapindo Mud”. Indonesian Nanoletter Vol 2, No 1, p. 19-21, June 2007. 114.

Alfian Noviyanto, H. Izzuddin, Widhya B., Suryadi, W. Firmansyah, Agus S. W.,

Wahyu B. W., Nurul T. R. “Reduction of Iron Sand-Graphite prepared by Planetary Ball Mill“. Indonesian Nanoletter Vol 2, No 1. p. 27-30, June 2007. 115.

W. Firmansyah., Widhya B., Suryadi, Wahyu B.W, Alfian N., M. I. Amal, Agus S. W.,

Nurul T.R. “Effect of Silica Powder Addition on Mortar’s Strength on Acid Enviroment”. Indonesian Nanoletter Vol 2, No 1. p.42-45, June 2007. 116.

Alfian Noviyanto, Widhya B., Suryadi, W. Firmansyah, Agus S. W., Wahyu B. W.,

Nurul T. R. “Reduksi Pasir Besi-Grafit Milling dengan Ball Mill“. Prosiding Seminar Fisika dan Aplikasinya ITS. June 10th 2007. (In CD rom) 117.

Suryadi, Agus S. W., Wahyu B.W, Alfian Noviyanto, Widhya B., W. Firmansyah dan

Nurul T.R. “Modifikasi Permukaan dengan Metoda Mechanical Alloying”. Prosiding Seminar Fisika dan Aplikasinya ITS. June 10th 2007. (In CD rom) 118.

Wahyu Bambang W., Alfian N., Suryadi, Agus S.W., Nurul T.R., Widhya B.dan

Wahyu F., M. I. Amal. “Efek Temperature pada Pembentukan Fasa Metastable Bi-Mn dengan Mechanical Alloying”. Prosiding Seminar Fisika dan Aplikasinya ITS. June 10th 2007. (In CD rom) 119.

W. Firmansyah., Widhya B., Suryadi, Wahyu B.W, Agus S.W, Alfian N., M. I. Amal,

Nurul T.R. “Pengaruh SIlika Halus Terhadap Ketahanan Mortar”. Jurnal Fisika dan  Aplikasinya, Vol. 3, No. 2, p. 070207-1, 1-4 (2007). 120.

Widhya B., Suryadi, W. Firmansyah., Wahyu B.W, Alfian N., M. I. Amal, Agus S.W,

dan Nurul T.R. “Studi Dasar Posibilitas Pemanfaatan Bubuk Silika Dari Batuan Alam Lokal Dan

Lumpur Lapindo Sebagai Bahan Tambahan Semen”, Jurnal Fisika dan

 Aplikasinya, Vol. 3, No. 2, p. 070208-1, 1-4 (2007). 121.

Agus S. W., Wahyu B. W., Suryadi, Endang S., Widya B, Nurul T. R., “Study on

Preparation of Amorphous Powder on Bi-Mn System by Mechanical Alloying”, Proceedings, ITSF Seminar on Science and Technology, Session B, Session II, IV, Jakarta, & February 2007. 122.

Nurul T R., “Pengembangan Kuningan Tahan Dezinsifikasi/ Korosi dari Skrap Lokal”,

Jurnal Sains Materi Indonesia, Edisi Khusus, p. 54-57, Oktober 2006. 123.

Agus S. W. and Nurul T. R., “Simulasi Eliminasi Pengotor pada Proses Peleburan

Besi/ Baja dari Bahan Baku Skrap dan Pasir Besi dengan metoda Compound Separation”, Jurnal Sains Materi Indonesia, Vol. 8, No, 1, p. 7-11, Oktober 2006. 124.

Nurul T. R., Agus S. W., Wahyu B. W., Hubby I., Suryadi and Alfian Noviyanto.

“Current Status of Development of Nanoparticles Based on Local Resources Prepared by Ball Mill at Research Center for Physics, LIPI. Indonesian Nanoletter. Vol 1, No 1, p.4-6, September 2006. 125.

Nurul T. R., Alfian N., Hubby I., Sri Harjanto, Wihatmoko W. A., Agus S. W., Wahyu B.

W dan Suryadi, “Mechanical Alloying Campuran Bubuk Oksida Besi dan Grafit untuk 16

Optimalisasi Reduksi Pasir Besi”, Proceeding Seminar Nasional Iptek Solusi Kemandirian Bangsa, p. 759-764, Jogyajarta, 2-3 Agustus 2006. 126.

Nurul T. R., “New Technology for Recycling Scrap Brass and Its Application for

Environment Friendly- Water Supply System”, Jurnal Sains dan Teknologi, Vol. 12., No. 2, p. 107-112, Agustus 2006. 127.

Wahyu B. W., Suryadi, Agus Dwiarto, Agus S. W. dan Nurul T. R.,”Perubahan

Mikrostruktur pada Campuran Bubuk Al-Fe dengan Metoda Mechanical Alloying”, Proceeding Seminar Nasional Tenaga Listrik dan Mekatronik, p. 447-252, Bandung, 27-28 Juli 2006. 128.

Agus S. W., Nurul T. R., Wahyu . W., Alfian dan Sananih, “Mekanisme Pembentukan

Lapisan Al-Fe pada Permukaan Plat Besi dengan Metoda Mechanical Alloying”, Proceeding Seminar Nasional Tenaga Listrik dan Mekatronik, p. 459-464, Bandung, 27-28 Juli 2006. 129.

Nurul T. R., “Teknologi Nano-Baja dan Apikasinya”, Buku "Towards Bright and

Brilliant Indonesia", hal 153-180, Penerbit LIPI Press, ISBN:979-3673-60-5. 130.

Nurul T. R., “Rekayasa Kuningan Tahan Karat untuk Peralatan Pensupply Air”,

Widyariset, Vol. 8, No. 1, p. 1-9, 2005. 131.

Nurul T. R.,"Pembentukan Fase Tidak Setimbang pada Sistem Fe-C dengan

Mechanical Alloying", Jurnal Fisika HFI Vol. A4 No. 0209. (2003) 132.

Nurul T. R., “Pengaruh Penambahan Sn Terhadap Dezinsifikasi pada Kuningan dan

Mekanismenya”,

Prosiding

Seminar

QiR

ke-6

FTUI,

1-2

Oktober,

p.

MT-COR-17-1~9.(2003) 133.

Nurul T. R., K. Yamada, A. Nakano, S. Suehiro, K. Hamaishi and H. Sueyoshi, 2002,

“Development of Eco Brass in 21th Century", Physics Journal of the Indonesian Physics Society, Vol. A6, No. 0531. 134.

Nurul T. R., 2002, “Development of Environment Concious Copper Alloys”,

Proceedings of the Indonesian Scientific Meeting Kyushu – Okinawa 2002, Kagoshima, 25 May, p. 115-121. 135.

Nurul T. R., 2000, “Effect of Additive Elements of Mn on an Fe-C System alloy

Prepared by Mechanical Alloying", Proceedings of the 9th Scientific Meeting, TI-IX PPI, p. 236-239. 136.

Nurul T. R., K. Tagami and H. Sueyoshi, 1999, “Preparation of High damping

Capacity of Fe-C System Alloy”, Proceedings of the 8th Scientific Meeting, TI-VIII PPI, p. 333-336. 137.

Nurul T. R. and H. Sueyoshi, 1998, “Phase Transformation of Amorphous Fe-C

Powders by Mechanical Alloying during Heating Process", Proceedings of the 7th Scientific Meeting, TI-VII PPI, p. 41-44. 138.

Nurul T. R., Nurul H. and Choesnuel J., 1998, “Noise and Vibrational Absorption

 Alloys” Proceedings of the 7th Scientific Meeting, TI-VII PPI, p. 49-52. 139.

Nurul T. R., S. Kuramoto and H. Sueyoshi, 1998, “Microstructural Evolution of 17

Fe-C-Mn System Powders during Mechanical Alloying”, Proceedings of Indonesian Scientific Meeting on Science and Technology 1998, p. 11-17. 140.

Nurul T. R., 1998, “Shape Memory Alloy; a New Functional Material”, Proceeding of

Tekno’98 Symposium, Indonesian Students Forum for Science and Technology in Japan, p. 303-306. 141.

Nurul T. R., 1997, “Structures and Properties of Mechanical Alloying Powders",

Proceeding of Indonesian Scientific Meeting on Science and Technology, ISMST'97, p. 10-15. 142.

Nurul T. R. and H. Sueyoshi, 1996, “Intermediate Material for Ceramic-Metal

Joining”, Proceedings of Tekno’96, p. 369-374.

Seminar dan k onferensi nasional (*pembicara kunci dan tamu) 143.

Nurul TR., “

144.

Nurul T.R., “Nanoteknologi Antara Indonesia dan Dunia”, Kimia-FMIPA, UI, Jakarta,

24 Januari 2009. 145.

Nurul T.R., “Menuju Masa Depan Dengan Nanoteknologi”, Yayasan Pemuda Kreatif,

Jakarta, 10 Januari 2009. 146.

Nurul T.R., “Pengenalan Teknologi Nano dan Perkembangannya di Indonesia”,

Fakultas Teknik, Undip, Semarang, 13 Desember 2008. 147.

Nurul T.R., “Prospek Perkembangan Teknologi Nano dan Aplikasinya di Negara

Berkembang”, FMIPA-UI, Jakarta, 3 Desember 2008. 148.

*Nurul T.R., “Nanoteknologi, Gerbong Terakhir Kebangkitan Iptek Bangsa Indonesia”,

Universitas Islam Negeri, Jakarta, 8 September 2008. 149.

*Nurul T. R., “Roadmap Pengembangan Teknologi dalam Rangka Mendukung

Klaster Industri, FGD III”, Badan Penelitian dan Pengembangan Industri, Departemen Perindustrian, Bandung, 24 Agustus 2008. 150.

*Nurul T. R., “Roadmap Pengembangan Teknologi dalam Rangka Mendukung

Klaster Industri, FGD II”, Badan Penelitian dan Pengembangan Industri, Departemen Perindustrian, Jakarta, 18 Juli 2008. 151.

*Nurul T. R., “New Design of High Energy Milling for Producing Nanoparticles”,

One-Day Seminar; Nanomaterial and Nanotechnology, P2M-LIPI, Serpong, 7 July 2008. 152.

*Nurul T. R., “Nano-LIPI, Go International!!”, Seminar Bitter Evaluation, LIPI,

Bandung, 23 Juni 2008. 153.

*Nurul T. R., “Membangun

Nanoteknologi

Di Indonesia”,

Seminar Internal

Swiss-German University (SGU), German Center, Serpong, 12 Mei 2008. 154.

*Nurul T. R., “Perkembangan nanoteknologi di dunia dan di Indonesia”, MIDC,

Depertemen Perindustrian, Bandung, 15 April 2008. 155.

*Nurul T. R., “Roadmap Pengembangan Teknologi dalam Rangka Mendukung

Klaster Industri”, Seminar Konsinyering, Departemen Perindustrian, Bandung, 14 April 18

2008. 156.

*Nurul T. R., “Apa yang harus kita lakukan dengan Nano, sekarang?”, Seminar Nano

Puspiptek dan Training Nanoteknologi, P2K-LIPI, 25-28 Maret 2008. 157.

*Nurul T. R., “Sintesa dan proses pembuatan nanomaterial dengan pendekatan top

down berbasis Ball Mill”, Seminar Nano Puspiptek dan Training Nanoteknologi, P2F-LIPI, 25-28 Maret 2008. 158.

*Nurul T. R., “Pengembangan Nanomaterial dengan Metoda MA-PM dan Aplikasinya

pada Pembuatan Baja Berbutir Halus”, Seminar Nasional Nanoteknologi, Untirta, Serang, 4 Maret 2008. 159.

*Nurul T.R., “Status terkini R & D nanoteknologi di Indonesia”, Seminar paparan

Nanoteknologi, Departemen Perindustrian, 6 Februari 2008. 160.

*Nurul T. R., “Nano-Edu, Pendidikan Nanoteknologi di Usia Dini: Memperkenalkan

Teknologi Masa depan itu Mudah”, Dwi Pekan Expo & Balajar Homeschooling 2008, Lembaga Manajemen Pendidikan Indonesia, Jakarta, 8-20 Januari 2008. 161.

*Nurul T. R., “Nanopartikel: Sintesis & Aplikasinya”, Seminar Internal Kalbe Farma,

Jakarta, 18 September 2007. 162.

Hasbiyallah, Budhy Kurniawan, Agus S. W. dan Nurul T. R., “Pengaruh Milling dan

Pemanasan terhadap Sifat Magnet Strontium Ferite”, Seminar Nasional Bahan Magnet V, Universitas Sebelas Maret, Solo, 5 September 2007. 163.

Suryadi, Wahyu B. W., Widhya B., Wahyu F., M. I. Amal, Alfian N., Agus S. W. dan

Nurul T. R., “Sintesis Nano-partikel Ferit untuk Bahan Pembuatan Magnet Domain Tunggal dengan Mechanical Alloying”, Seminar Nasional Bahan Magnet V, Universitas Sebelas Maret, Solo, 5 September 2007. 164.

*Nurul T. R., “Nanotechnology in Indonesia: Opprtunity and Challenge”, Nano

Symposium, Combiphar, Jakarta, 23 Agustus 2007. 165.

*Nurul T. R., “Nanoteknologi: Penentu Daya Saing Bangsa”, Koferensi Kerja PATI

dan Seminar Nanoteknologi Penentu Daya Saing Bangsa, Jakarta, 31 Juli 2007. 166.

*Nurul T.R., “Pengembangan Nanoteknologi Berbasis Sumber Daya Lokal”, Forum

Diskusi dan Sosialisasi Program Riset IPTEK, KNRT, Universitas Sriwijaya, Palembang, 19 Juli 2007. 167.

*Nurul T. R., “Nanoteknologi: Perkembangan di Dunia dan Implementasinya di

Indonesia”, Seminar Nasional KERAMIK VI, Bandung, 11 Juli 2007. 168.

Widhya B., Suryadi, W. Firmansyah., Wahyu B.W, Alfian N., M. I. Amal, Agus S.W, dan

Nurul T.R. “Studi Dasar Posibilitas Pemanfaatan Bubuk Silika Dari Batuan Alam Lokal Dan Lumpur Lapindo Sebagai Bahan Tambahan Semen”. Seminar Fisika dan Aplikasinya ITS. th

June 10  2007. 169.

W. Firmansyah., Widhya B., Suryadi, Wahyu B.W, Agus S.W, Alfian N., M. I. Amal,

Nurul T.R. “Pengaruh SIlika Halus Terhadap Ketahanan Mortar”. Seminar Fisika dan th

 Aplikasinya ITS. June 10  2007.

170.

*Nurul T. R., ”Pengembangan Nanoteknologi Berbasis Sumber Daya Lokal”, 19

Seminar Kompetensi Inti, LIPI, Jakarta, 11 Mei 2007. 171.

*Nurul T. R., “Introduction to Nanotechnology and Its Applications”, Seminar Daerah

Nanoteknologi, FOSSI, UNILA, Lampung, 14 April, 2007. 172.

*Nurul T. R., “Studi dasar pengembangan nano-baja dan aplikasinya “, Seminar

Metallurgi, PUSPIPTEK, 23 December 2006. 173.

*Nurul T. R., ”Studi penyusunan dan pengembangan prototipe alat pembuat

nano-partikel”, Workshop Hasil Litbangrap Iptek Nano, Ristek, 6 Desember 2006. 174.

Alfian N., Nurul T. R., Wahyu B. W., Suryadi and Agus S. W. “Rancang Bangun dan

Uji Teknis Kontrol Otomatik Kelembaban Relatif Udara”. Presented in Simposium Fisika Nasional ke XXI. Makassar, September 13 -14th 2006. 175.

Wahyu B. W., Nurul T. R., Alfian N., Suryadi and Agus S. W. “Perancangan Sistem

Pemantau Temperatur dan Curah Hujan Berbasis Mikrokontroler BS2PE”. Presented in Simposium Fisika Nasional XXI. Makassar, September 13-14th 2006. 176.

*Nurul T. R., “Pengembangan Nanoteknologi Berbasis Ball Mill”, Komisi Material

Devais, Seminar Pertemuan Ilmiah Iptek Bahan 2006, Serpong, 19 Juli 2006. 177.

*Nurul T. R.,” Kondisi Terkini Penelitian dan Pengembangan Nanoteknologi di

Indonesia”, Pertemuan Ilmiah Iptek Bahan 2006, Serpong, 18 Juli 2006. 178.

*Nurul T. R., Agus S. W. Wahyu B. W., Alfian N., and Suryadi. “Status Report on

Research and Development of Nanotechnology in Indonesia”. Seminar for International Collaboration between Telkoma-LIPI and Universiti Kebangsaan Malaysia. Bandung, April 18th 2006. 179.

Nurul T. R., Agus S. W., Wahyu B. W., Alfian Noviyanto dan Suryadi. “ New

Technology for Recycling Scrap Brass and Its Application for Environment Friendly-Water Supply System”, ITSF Seminar on Science and Technology, February 2006. 180.

*Nurul T. R., “Sintesa Material Berstruktur Nano dengan Planetary Ball Mill: Sebuah

Cara Pengembangan Nanoteknologi di Indonesia Berbasis Sumber Daya Nasional”, Seminar Presentasi Hasil Penelitian Lintas Klaster Riset, Dies Natalis UGM ke-56, 27 Desember 2005. 181.

*Nurul T. R., “Studi Penyusunan

Prototipe Alat Pembuatan Nano-Partikel”,

Workshop Hasil Kajian Riset Mipa dan Teknologi Nano, RISTEK, Jakarta, 23 December 2005. 182.

Agus S. W. dan Nurul T. R.,”Simulasi Metoda Compound Separation pada

Pembuatan Ingot Besi/ Baja dari Skrap dan Pasir Besi”, Seminar Metallurgi, Puspiptek, December 2005. 183.

*Nurul T. R., Agus S. W., Andi Suhandi, Syuhada dan Wahyu B. W., “Peningkatan

Ketahanan Dezinsifikasi pada Kuningan dari Skrap Lokal”, Seminar Metallurgi, Puspiptek, December 2005. 184.

*Nurul T. R.,”Nano-Baja dan Aplikasinya pada Industri, Otomotif dan Bangunan”,

Meeting of Indonesian Scientists in the 21st Century, 18-19th November 2005. 185.

*Nurul T. R., “Technology for Pb removal from Brass and Its Application”, Special 20

Lecture in Kagoshima Prefectural Institute of Industrial Technology, Kagoshima, Japan, January 16 2004.

POLICY AND OTHERS 186.

*Nurul T.R., “Manuscript Submission and Manuscript Tracking System”, Seminar

187.

*Nurul T. R., “Membangun duniaku”, Seminar Create Future Leader, PPSDM, Nurul

Fikri, Depok, 9 April 2008. 188.

*Nurul T. R., “Menyusun Proposal Penelitian”, Perkemahan Ilmiah Remaja (PIR)

Regional Sumbawa Barat, Nusa Tenggara Barat, 7-10 Januari 2008. 189.

*Nurul T. R.,”Strategi memenangkan kompetisi grant penelitian”,

Workshop

Penulisan Ilmiah, Pusat Penelitian Fisika, LIPI Serpong, 19 Februari 2007. 190.

*Nurul T. R., “Pemuda dan KEbangkitan Iptek”, Musyawarah Nasional III, FULDKT,

FTUI, Depok, 9 September 2006. 191.

*Nurul T. R., “Metoda penelitian”, Kelompok Ilmiah Remaja, Kendari, 8 Agustus

2006. 192.

Nurul T. R. dan Etik Mardliyati, “Meningkatkan Peran Peneliti dalam Pengembangan

Industri Berbasis Iptek”, Proceeding Seminar Sistem Inovasi Nasional, Jakarta, 19-20 Juli 2006. 193.

*Nurul T. R.,”Prospek Dunia Peneliti”, Orientasi CPNS LIPI 2006, Cimanggis Depok,

15 Mei 2006. 194.

*Nurul T. R., “Mendewasakan SDM Unggul Melalui Transfer Teknologi”, Seminar

sehari Bersama Para Wakil Indonesia untuk Pertemuan Nobel Prizes Winner Meeting 2005 di Jerman, UPT Balai Informasi Teknologi, LIPI, Bandung 11 Mei 2005. 195.

*Nurul T. R., “A Role of Research Center in Technology Transfer”, ISTECS Chapter

Japan, November 10th, 2003. 196.

*Nurul T. R., “Technology Transfer from Lab to Industry; a Case Study in Japan”,

ISTECS Jakarta, October 04th, 2003. 197.

*Nurul T. R., Etik M. and K. Hamaishi, 2002, “Transfer of Technology from

Laboratory to Industry; A Strategy to Revitalize the Role of Researcher in Indonesia”, Proceedings ISSM 2002, ISTECS, Germany, p. 1-8. 198.

Nurul T. R., 2000, “Japan Policy for Energy Supply”, Proceedings of Indonesian

Scientific Meeting 2000, Fukuoka, Japan, in CD-ROM. POPULAR ARTICLES 199.

Nurul T. R., 2004, “Nano-Baja, Menanggulangi Krisis Perbajaan”, Kompas, July 24.

200.

Nurul T. R., 2003, “Baja dan Baja Super, Pilar Masyarakat Berbasis Industri”, Kompas, Dec 10.

201.

Nurul T. R., 2003, “Memperkuat Industri Rakyat; Mendewasakan SDM Unggul”, 21

www.beritaiptek.com, August 18. 202.

Nurul T. R., 2002, “Peran aktif para peneliti; Cara Efektif Mentransfer Teknologi Peneliti ke Dunia Industri”, www.beritaiptek.com, September 7.

203.

Nurul T. R., 2002, “Bagi para peneliti; Kini Saatnya Anda Mematenkan Hasil Penelitian Anda”, www.beritaiptek.com, April 15.

204.

Nurul T. R., 2002, “Meningkatkan peran peneliti; Belajar dari Japan; Transfer Teknologi

dari

Kuantitas

Menuju

Kualitas

Menyonsong

Indonesia

Baru”,

www.beritaiptek.com, Januari 24. 205.

Nurul T. R., 2001, “Zaman 3P bagi peneliti”, www.beritaiptek.com, October 17.

SUPERVISOR FOR STUDENTS 206.

S3, “Development of Nanomaterials from Local Resources by Mechanical Alloying

and Its Aplication”, Agus Sukarto W., Nano Structure and Advanced Materials, Kagoshima University, Kagoshima, from October 2006 - Now. 207.

S3, ” LCA of Manufacturing Lead-Free Copper Alloys”, A. Nakano, Nano Structure

and Advanced Materials, Kagoshima University, Kagoshima, Maret 2005. 208.

S3, ”Development and Life Cycle Inventory Analysis of Brass-Ecomaterials”, K.

Yamada, Mechanical Engineering, Kagoshima University, Kagoshima, Maret 2003. 209.

S2, ”Struktur Dan Sifat Paduan Fe-O Hasil Pemaduan Mekanik”, M. I. Amal,

Program Pasca Sarjana, Ilmu Material, FMIPA, Universitas Indonesia, Juni 2007 - Now. 210.

S2, “Pelapisan Intermetalik Fe-Al pada Baja dengan Metoda Mechanical Alloying”

 Alfian N, Program Pasca Sarjana, Departemen Teknik Metalurgi dan Material, Universitas Indonesia, Juni 2007 - Now. 211.

S2, ”Reduksi Pasir Besi dengan Metoda Ball Mill”, Hubby Izzuddin, Program Pasca

Sarjana, Ilmu Material, FMIPA, Universitas Indonesia, Juli 2006. 212.

S2, ”Development of Pb-Free Copper Alloys", S. Suehiro, Mechanical Engineering,

Kagoshima University, Kagoshima, Maret 2004. 213.

S2, ”Damping Capacity and Mechanical Properties of Nitride Boron-Dispersed

Composite

Steel“,

S.

Kawano,

Mechanical

Engineering,

Kagoshima

University,

Kagoshima, Maret 2002. 214.

S2, ”Effect of Alloying Elements on Dezincification of Brass“, R. Fujimoto,

Mechanical Engineering, Kagoshima University, Kagoshima, Maret 2001. 215.

S2, "Development of non- Heat Treatment of Fe-C System Alloy by Mechanical

 Alloying", S. Kuramoto, Mechanical Engineering, Kagoshima University, Kagoshima, 2001. 216.

S2, "Development of Fe-C System Alloy through Mechanical Alloying", T. Honjo,

Mechanical Engineering, Kagoshima University, Kagoshima, 1999. 217.

S2, "Fundamental Study on Fe-C System Alloy Prepared by Mechanical Alloying", K.

Kawamoto, Mechanical Engineering, Kagoshima University, Kagoshima, 1998. 22

218.

S1, ”Pembuatan dan karakterisasi mikrosilika yang dibuat dengan cara milling”,

Masnita Arif, FMIPA, Universitas Sumatra Utara, Juni 2005. 219.

S1, “Mekanisme Penguatan Mortar terhadap Penambahan Bubuk Silika”, Eko

Sulisto, Departemen Fisika, FMIPA, Universitas Sumatra Utara, 2005. 220.

S1, "Study on Fe-C System Alloys Prepared by Mechanical Alloying and Powder

Metallurgy", Y. Sakamoto, Mechanical Engineering, Kagoshima University, Kagoshima, Maret 2004. 221.

S1, ”Study on Brass Alloys Production System on Life Cycle Assessment (LCA)

Prespective”, K. Takesako, Mechanical Engineering, Kagoshima University, Kagoshima, Maret 2004. 222.

S1, ”Effect of P on Dezincification of Brass“, T. Ikeda, Mechanical Engineering,

Kagoshima University, Kagoshima, Maret 2003. 223.

S1, ”Study on Pb Removal Technology from Brass“, W. Higashiiriki, Mechanical

Engineering, Kagoshima University, Kagoshima, Maret 2002. 224.

S1, ”Development of Brass Alloys with High Dezincification“, M. Masuyama,

Mechanical Engineering, Kagoshima University, Kagoshima, 2000. 225.

S1, ”Development of Fe-C System Alloys with Fine Structure Prepared by MA-PM“,

Y. Matsumoto, Mechanical Engineering, Kagoshima University, Kagoshima, 2000. 226.

S1, "Development of Fe-C System Alloys Prepared by Powder Metallurgy", T.

Yokohama, Mechanical Engineering, Kagoshima University, Kagoshima, 1999. 227.

S1, ”Effect of Mechanical Alloying Speed on Fe-C System Alloys“, R. Fujimoto,

Mechanical Engineering, Kagoshima University, Kagoshima, 1998. 228.

S1, "Mechanical Properties of Fe-C System Alloy Prepared by Mechanical Alloying",

S. Matsuo, Mechanical Engineering, Kagoshima University, Kagoshima, 1997. 229.

S1, "Development of Fe-C System Alloy by Using MA", H. Sinohara, Mechanical

Engineering, Kagoshima University, Kagoshima, 1997. 230.

S1, "Effect of Alloying Elements on the Behaviour of Mechanical Alloying Fe-C

System Alloy ", K. Tagami and T. Honjo, Mechanical Engineering, Kagoshima University, Kagoshima, 1997. 231.

S1, "Effect of Additive Elements on Mechanical Alloying of Fe-C System Alloy", S.

Kuramoto, Mechanical Engineering, Kagoshima University, Kagoshima, 1996. 232.

S1, "Effect of Microstructrural Factors on Dezincification of Brass", S. Suehiro,

Mechanical Engineering, Kagoshima University, Kagoshima, 1996.

INTERVIEWS AND NEWS IN MEDIA 233.

“Scientists, artist receive Ganesha Widia awards”, The Jakarta Post, Mon,

03/02/2009,

https://www.thejakartapost.com/news/2009/03/02/scientists-artist-receive-

ganesha-widia-awards.html?1 23

234.

“Dies Emas ITB: 28 Orang Terima

Penghargaan dalam Sidang Terbuka”, Senin, 2

Maret 2009, ITB, http://www.itb.ac.id/news/2358.xhtml. 235.

“Dies Emas, ITB Beri Penghargaan ke Fisikawan dan Seniman”, TEMPO Interaktif,

Senin, 02 Maret 2009, http://www.tempointeraktif.com/hg/pendidikan/2009/03/02/brk, 20090302-162638,id.html 236.

“Bola Penghancur Partikel Nano dari Serpong”, TEMPO Interaktif,Selasa, 24

Februari

2009,

Jakarta:,

http://www.tempointeraktif.com/hg/sains/2009/02/24/brk,

20090224-161740,id.html 237.

“Peneliti Indonesia Terima Hibah Toray”, Kompas Cetak, 14 Februari 2009,

http://cetak.kompas.com/read/xml/2009/02/14/01321529/peneliti.indonesia.terima.hibah.t oray. 238.

“Peneliti Nanoteknologi LIPI Terima Penghargaan Toray”, Kompas, Kamis, 12

Februari

2009

http://sains.kompas.com/read/xml/2009/02/12/20021445/peneliti.

nanoteknologi.lipi.terima.penghargaan.toray. 239.

“Peneliti LIPI Ciptakan Penghancur Besi”, JAKARTA, TRIBUN, Kamis, 12 Pebruari

2009,

http://www.tribunbatam.co.id/index.php?option=com_content&task=view&id=

24357&Itemid=1126 240.

“Experts Urge More Support For Nanotech”, Jakarta Globe, 30 Januari 2009,

http://www.thejakartaglobe.com/news/article/8015.html. 241.

” Pengembangan Partikel Nano Peluang Indonesia”, Kompas Cetak, Rabu, 28

Januari

2009, http://cetak.kompas.com/read/xml/2009/01/28/0032085/pengembangan.

partikel.nano.peluang.indonesia 242.

“Nanotechnology will benefit Indonesian people: Scientists”, The Jakarta Post ,

Februari

2009,

27

http://www.thejakartapost.com/news/2009/01/27/nanotechnology-will-

benefit-indonesian-people-scientists.html 243.

“INOVASI TEKNOLOGI, Butuh Bahasa yang Sama”, Kompas Cetak, Selasa, 2

Desember

2008,

http://cetak.kompas.com/read/xml/2008/12/02/00555353/butuh.

bahasa.yang.sama 244.

“Dr. Nurul Taufiqu Rochman, M.Eng terpilih sebagai Pemenang Science and

Technology Award tahun 2008”, 5 Desember 2008, http://nano.or.id/index.php?option =com_content&task=view&id=61&Itemid=37 245.

“Pakaian

tak

Perlu

Dicuci”,

Pikiran

Rakyat,

11

September

2008,

September

2008,

http://www.pikiran-rakyat.com/prprint.php?mib=beritadetail&id=32384 246.

”

Pakaian

Tidak

Perlu

Dicuci”,

Lampung

Post,

11

http://www.lampungpost.com/cetak/cetak.php?id=2008091110262943 247.

” Nurul Taufiqu Rochman, Ketua Masyarakat Nanoteknologi Indonesia LIPI,

Revolusi Indonesia dengan Nano Teknologi”, Jurnal Nasional, 10 September 2008, http://www.jurnalnasional.com/?media=KR&cari=nanoteknologi&rbrk=&id=64628&detail= PROFIT 248.

” Nanoteknologi Bikin Baju tidak Bau”, Media Indonesia, 7 September 2008, 24

http://mediaindonesia.com/index.php?ar_id=Mjg1NjI= 249.

” Indonesia Siap Bikin Kain Nano Anti-kotor”, Tribun Kaltim, 6 September 2008,

http://www.tribunkaltim.com/read/artikel/6444 250.

” Nanotekstil, Pakaian Masa Depan Berserat Fiber”, Beritanet, 6 September 2008,

http://www.beritanet.com/Life-Style/Nanotekstil-Pakaian-Serat-Fiber.html 251.

” Dengan Teknologi Nano, Pakaian Tak Perlu Dicuci”, Kompas, 5 September 2008,

http://www.kompas.com/read/xml/2008/09/05/15500549/dengan.teknologi.nano.pakaian.t ak.perlu.dicuci 252.

”LIPI ciptakan alat pembuat Nanotube”, Jurnal Nasional, 4 September 2008,

http://www.jurnalnasional.com/?media=BN&cari=nano&rbrk=&id=400&detail=Ibukota 253.

” Teknologi Nano Mungkinkan Pakaian tak Perlu Dicuci”, Republika online, 4

September 2008, http://www.republika.co.id/launcher/view/mid/19/news_id/1366 254.

” Teknologi Nano Dapat Menambah Efektivitas Obat”, Kompas Cyber, 24 Agustus

2007, http://www2.kompas.com/kompas-cetak/0708/24/humaniora/3785100.htm 255.

”

Nano-edukasi

Perlu

Digalakkan”,

Kompas

Cybermedia,

31

Juli

2007,

http://64.203.71.11/ver1/Iptek/0707/31/113717.htm 256.

“Indonesia Potensial Jadi Pemasok Material Nano”, Antara News, 31 Juli 2007,

http://www.antara.co.id/arc/2007/7/31/indonesia-potensial-jadi-pemasok-material-nano/ 257.

“ Dunia Nano Nurul Taufiqu Rochman...”, Kompas, Jumat, 06 Juli 2007 ,

http://64.203.71.11/kompas-cetak/0707/06/Sosok/3644223.htm 258.

”19 Peneliti Terima Hibah Penelitian Toray”, Kompas Cyber, Kamis 8 Februari 2007,

http://64.203.71.11/ver1/Iptek/0702/08/135154.htm. 259.

“Nanoteknokogi Modal dalam persaingan Global”, Sinar Harapan, 8 Oktober 2006,

http://www.sinarharapan.co.id/berita/0609/06/ipt01.html 260.

” DR. Nurul Taufiqu Rochman: RESEARCH SHOULD RELATE TO INDUSTRY!”,

Mitranetra, September 2006, http://mitranetra.or.id/news/index.asp?lg=1&id=129062225 &mrub=5 261.

“Konsentrasi Mendalami Nanoteknologi”, Harian Sinar Harapan, 4 September 2006,

http://www.sinarharapan.co.id/berita/0609/06/ipt04.html 262.

” Teknologi Nano Gandakan Kekuatan Beton”, Kompas Cyber, 5 September 2006,

http://www2.kompas.com/ver1/Iptek/0609/05/112025.htm 263.

” Nanoteknologi Dapat Diterapkan Atasi Lumpur Lapindo”, Jurnalnet, 7 Agustus

2006, http://www.jurnalnet.com/konten.php?nama=BeritaUtama&topik=2&id=906 264.

” Lumpur Porong Bisa Dibuat Batako Super dengan Nanoteknologi”, Suara Merdeka,

7 Agustus 2006, http://www.suaramerdeka.com/cybernews/harian/0608/07/nas13.htm 265.

“Memurnikan

Logam

lewat

daur

ulang”,

Inovasi

online,

Maret

2006,

http://io.ppi-jepang.org/article.php?id=162

25

ORGANIZATIONS 1. Chairman  of Indonesian Society for Nano (Masyarakat Nano Indonesia: MNI) (2005 – Now). http://www.nano-indonesia.org 2. TIM ILMIAH KIPNAS IX (Konggres Ilmu Pengetahuan Nasional ke 9), November 2007. 3. Member of Japan Society of Powders and Powder Metallurgy (2000 – Now). 4. Member of Japan Society for Heat Treatment (2002 – Now). 5. Member of Japan Society of Corrosion Engineering (2002 – Now). 6. Head Divisi Ilmiyah PPI KORDA Kyushu, Japan (1998 – 1999). 7. Member of Institute for Science and Technology Studies (ISTECS) Chapter Japan (1997-2003). 8. President of Kagoshima Moslem Student Association, Japan (1997 –1998).

SCIENTIFIC MEMBERS 1. Chief Editor, Indonesian Nanoletter, Vol.2, No. 1, ISSN: 1907-803X, Juni 2007. 2. Vice Chairman, Organizing Committee, Internatinal Syposium on Nanotechnology and Catalysis, 14 June 2007, Serpong, Indoneisa. 3. Chief Editor, Indonesian Nanoletter, Vol.1, No. 1, ISSN: 1907-803X, September 2006. 4. Chairman, Organizing Committee, the 1st International Conference on Advanced Material and Practical Nanotechnology, 4 September 2006, Serpong, Indonesia. 5. Secretary, The 2nd Conggress on ASEAN Sub-Committee on Materials Science and Technology (SCMST), 5-7 August 2005, Ristek, Jakar ta. 6. Chairman, Organizing Committee, Workshop on Nanotechnology II, 28 April 2005, Gdg PDII, LIPI, Jakarta. 7. Chairman, Steering Committee, Workshop on Nanotechnology I, 24 January 2005, Pusat Penelitian Fisika, LIPI, Serpong. 8. Editor   for ISTECS Journal, International Journal on Science and Technology Policy published once a year, ISSN 1345-8981, December 2003. 9. Reviewer   for Proceedings of Indonesian Student Scientific Meeting 2002 in Europe, Berlin, Germany ISSN 0855-8692 October 2002. 10. Steering committee  for Indonesian Scientific Meeting 2000, Fukuoka, Japan October 2000. 11. Editor   for Proceedings of The 9th  Scientific Meetin 2000, TI-PPI 2000, Hamamatsu, Japan September 2000. 12. Editor   for Proceeding of Indonesian Scientific Meeting on Science and Technology, KORDA Kyushu, Japan1997-1999.

26

TRAINING SPESIALIST 1. Training for Measurement of Corrosion Electricity, Kagoshima Presfectural Institute of Technology, Lecturer from Hokuto Denko Company, Japan (2002). 2. Training for Life Cycle Assessment (LCA), Japan Environmental Management association For Industry (JEMAI) , Tokyo, Japan (2002).

SCIENTIFIC ACTIVITIES 1. Reviewer

Riset

Unggulan

Universitas

Indonesia,

Program

Unggulan,

Bidang

Nanoteknologi, 2007-Sekarang. 2. Instruktur pembina bidang teknik pada Perkemahan Ilmiah Remaja (PIR) Regional Sumbawa Barat, diselenggarakan oleh LIPI bekerja sama dengan Pemerintah Daerah Kabupaten Sumbawa Barat, Nusa Tenggara Barat, 7-10 Januari 2008. 3. Instruktur pembina bidang IPA pada Kelompok Ilmiah Remaja (KIR) Kendari, diselenggarakan oleh LIPI bekerja sama dengan Pemda Kendari. 4. Juri Babak Final Lomba Mengajar dengan Menggunakan Alat Peraga bagi Guru Mata Pelajaran MIPA se Jabodetabek, deselenggarakan oleh Dinar Pendidikan Dasar Provinsi DKI Jakarta bekerja sama dengan PT Pesona Edukasi, Gedung Jakarta Design Centre Lt. VI, Jakbar, 26 Juli 2007.] 5. Talk show dengan tema “Pemuda Kreatif untuk Bangsa Kompetitif”, Festival Pemuda Berprestasi 2006, dalam Youth Naional Science and Technology Award, Senayan, Mei 2006. 6. Talk show dengan tema “Perkembangan IPTEK Nano Masa Depan”, Jakarta Convention Center, diselenggarakan oleh Kementrian Riset dan teknologi, 12 Agustus 2007.

Serpong, 15 August 2009

Dr. Nurul Taufiqu Rochman Research Center for Physics

27