NATIONAL
PUBLICATIONS
22. S.N. Abdulmadjid et al., Low-Cost Real-Time Gas Monitoring Using a Laser Plasma Induced by a Third Harmonic Q-Switched Nd-YAG Laser, Proc. ITB on Science and Technology, 37A, 2, {2005) pp. 101-115
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21. M.I.Y. lchwan et al., Quantitative Analysis of Liquid by Quick Freezing Into Ice Using Nd-YAG Laser-Induced Atmospheric Plasma, Proc. IT8 on Engineering Science, 378, 1, {2005) pp. 49-65
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20. J.L. Manalu et al., Excitation Mechanism in Laser-Induced Plasma at Atmospheric Air Pressure, Proc. IT8 on Science and Technology, 37A, 1, {2005) pp. 1-12
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19. E. Susilowati et al., Experimental Study on the Sensitive Emission Lines Intensities of Metal Samples Using Laser Ablation Technique and Its Comparison to Arc Discharge Technique, Proc. IT8 on Engineering Science, 368, 1, {2004) pp. 1-19
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18. M.I.Y. lchwan et al., Excitation Mechanism in the Generation of Laser-Induced Atmospheric Plasma in Water Sample, Phys. J. IPS, A7, {2004) pp. 0403-1, 0403-9
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17. T.J. Lie et al., Hydrogen Emission Spectrochemical Analysis Using Laser Induced Shock Wave Plasma, Phys. J. IPS, A5, {2003) pp. 0220-1 - 0220-4
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16. H. Kurniawan et al., Direct-Vision Spectroscope Using Water-Prism, Phys. J. IPS, 87, {2003) pp. 0101-1, 0101-3
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15. T.J. Lie et al., Emission Elemental Qualitative Analysis of Sangiran Soil Layer Using Laser-Induced Shock Wave Plasma Spectroscopy (LISPS), Phys. J. IPS, A5, {2003) pp. 0214-1-0214-6
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14. R. Wigajatri et al., Karakteristik Absorbansi Cahaya Chrollela spp, J. Fis. HFI, A5, {2002) pp.0537-1-0537-3
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13. A.M. Marpaung et al., Dinamika Pembangkitan Plasma Gelombang Kejut pada lradiasi Laser TEA CO2 dengan Target Logam, J. Fis. HFI, A5, {2002) pp. 0593-1 - 0593-5
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12. M.M. Suliyanti et al., Deteksi Gelombang Kejut Plasma Dengan Menggunakan Laser He a€" Ne Pada Metoda Rainbow, J. Fis. HFI, A5, {2002) pp. 0546-1 - 0546-3
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11. M.M. Suliyanti & H. Kurniawan, Laser Induced Shock Wave Plasma Spectroscopy for Quantitative Analysis of High Concentration Sodium Element Using Primary Plasma Standardization, Physics Journal - Indonesian Physical Society, A5, {2002) pp. 0206.1 - 0206.6
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10. H. Suyanto et al., Direct Film Production from GaN Powder Sample Using Laser Induced Shock Wave Plasma, Physics Journal - Indonesian Physical Society, A5, {2002) pp. 0205.1 0205.4
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9. R. Hedwig et al., Comparison of Confinement Effect in Enhancing Shock Wave Plasma Generation at Low Pressure between TEA CO2 and Nd-YAG Lasers on Quartz Sample, Physics Journal -Indonesian Physical Society, A5, {2002) pp. 0203.1 - 0203.6
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8. H. Siregar & H. Kurniawan, Pengaruh Jenis Gas Penyangga Pada Karakteristik Spektrum Emisi Plasma Gelas Pb Yang Dibangkitkan Oleh Laser CO2 Pulsa, Jurnal - Himpunan Fisika Indonesia, 3 2, {2001) pp, 17-29
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7. H. Kurniawan & K. Kagawa, Argon Emission Induced by Shock Wave in a Bulb by the Bombardment of Nd-YAG Laser Pulse, Physics Journal - Indonesian Physical Society, 4 1, {2001) pp. 14-18
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6. H. Kurniawan et al., Laser-Induced Shock Wave Plasma and Emission Qualitative Spectrochemical Analysis of Indonesian Gemstones Using Nd-YAG Laser Irradiation at Low Pressure, Physics Journal - Indonesian Physical Society, 4 1, {2001) pp. 1-13
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5. M. Pardede et al., Emission Spectrochemical Analysis of Film Developer Drain Water Using Electro-Deposited Nd-YAG Laser Ablation Technique, Physics Journal - Indonesian Physical Society, 4 1, {2001) pp, 53-61
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4. A.M. Marpaung et al., Characteristics of Shock Wave Plasma Generated by 2 mJ Nd-YAG Laser at Reduced Air Pressure, Physics Journal - Indonesian Physical Society, 3, 1, {2000) pp. 34-42
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3. H. Hattori et al., Liquid Refractometry by the Rainbow Method, Physics Journal – Indonesian Physical Society, 2, 2, {1999) pp. 27-34
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2. W.S. 8udi et al., Effect of Focusing of Laser Irradiation on Spectral Emission of Laser Induced Shock-Wave Plasma at Reduced Air Pressure, Physics Journal - Indonesian Physical Society, 2, 1,(1999) pp. 84-91
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1. K. Kagawa & H. Kurniawan, Laser-Induced Shock Wave Plasma Spectroscopy, Physics Journal - Indonesian Physical Society, 2, 1, (1999) pp. 1-10