Gopferich, 1996, A. Mechanisms of Polymer Degradation and Erosion, Biomaterials 17:

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1 DAFTAR PUSTAKA Adam, H., 2011, Faktor Perpatahan dan Kelelahan Pada Kekuatan Bahan Material, Tehnik Journal 6(12): Alfansuri, A.F., 2012, Identifikasi Chiling Injury Buah Alpukat dengan Gelombang Ultrasonik., ITB., Bogor, hal 6-7 Anjami, B., Makarem, A., dan Niknejad, E., 2007, Mikroleakage of Class V Compomer and Light-Cured Ionomer Restorations in Young Premolar Teeth., Journal of Mashhad Dental School., 31:25-28 Anonim., 2006., ART-P1 piezo electric compact size scaler.,www. Bonartmed.com diunduh tanggal 20 April 2014 Anusavice, K.J., 2003, Science of Dental Materials ed 11., Elsevier Suanders.,Missouri, hal Arconia., C.J., Gonzales., J.P., dan Vitasek., B.A., dan Wagner., M.J, 1992, Effect of Ultrasonic Instrumentation on Mikroleakage in Composite Restorations with Glass Ionomer Liner., Journal Oral Rehabilitation (19):21-29 Aurea, S.B.V., Maria, P.A., Livia, A.A., Laura, G.P., dan Lucianne,C.M., 2007, Preparation Time and Sealing Effect of Cavities Prepared by an Ultrasonic Device and a Hight-SpeedDiamond Rotary Cutting System., Journal Oral Science,49 (3): Bagis, B., Turkarslan, S., Mutluay, A.T., Sadullah, U., Vallitu, P.K., dan Lassila, L.V.J, 2008, Effect of Ultrasonic Agitation on Bond Strength of Self-Etching Adhesives to Dentin., Journal Adhesive Dental, 10: Baum, L., Philips, R..W., dan Lund, M.R., 1997, Buku Ajar Ilmu Konservasi Gigi (terj), ed 3, EGC, Jakrta, hal 251 Braker, L., Philips, R.W., dan Lund, M.R., 2001, A Review of Therapeutic Ultrasound: Biophysical Effect., Journal Physical Therapy, 81(7): Brackett,W.W., 1998, Microleakage of Class V Compomer and Light- Cured Glass Ionomer Restorations, Journal of Prosthetic Dentistry 79(3): Bueche., F.J., 1997, Teori dan Soal-soal Fisika ed 8., Erlangga., Jakarta, hal 183 Bueche, F.J., dan Hecht, E., 2006, Schaum s Outline of Theory and Problems of collage physycis ed 10., Erlangga, Surabaya, hal

2 Cabe, J.F., dan Walls., A.W.G., 2008, Applied Dental Materials., Blackwell., USA: hal Combe, E.C dan Grant, A.A., 1973, Sari Dental Material terj The Selection and Properties of Materials for Dental Practice British Dental Journal hal: Costa, L., Watanale, I., dan Fawa, N., 1994, Scanning electron microscopt of prismless enamel in nonerupted desiduous teeth., Ann Braz Soc Dent Res., 10: Diep, E.K., Berbert, A., Bramante, C.M., 2002, Marginal Leakage in Temporary Restoration., Rev.Bras.Odontol, 39(2); 9-15 Elley, B.M., dan Manson, J.D., 2004., Periodontics, ed 5, Wright, Edinburgh, hal Fauziah, E., Suwedo, I.S., dan Soenawan, H., 2008, Kandungan Unsur Flourida Pada Gigi Tetap Muda Yang Ditumpat Semen Ionomer Kaca dan Kompomer, Indonesian Journal of Dentistry, 25(3): Ferrance, J.L., 2001, Material in Dentistry Principles and Applications, ed 2., Lippincott Williams and Wilkins, Philadephia, hal 211 Flemming,, T.F., dan Petersilka, G.J., 1998, The Effect of Working Parameters on Root Substance Removal Using a Piezoelectric Ultrasonic Scaler in Vitro., Journal Periodontal, 25 (2): Fraguela, V., Vives, V.M.A., dan Ezquerra, C.L.J., 2000, Effect of Ultrasonic Dental Scaling on Pulp Vitality in dogs., Journal Veterinary, 17 (2):75-9 Franco, E.B., Lopes, L.G., Modelli, R.F., Da Silve, M.H., danlauiris, J.R.P., 2003, Effect of the Cavity Configuration Factor on the Marginal Microleakage of Esthetic Restorative Materials., Am Jornal Dental, 1: Garcia, F., 2000, Resin Based Composites and Compomers in Primary Molars, Dent.Clin N.Am, 44(3): Gerdolle, D.A., Mortier, E., dan Droz, D., 2008., Mikroleakage and Polymerization Shrinkage of Various Polimer Restorative Materials., Journal of Dentistry for Children, 75(2): Gupta,K.V., Pradhman,V., dan Trivedi., A., 2011, Evaluation of Microleakage of Various Restorative Materials, Journal Life sci, 3(1):

3 Gopferich, 1996, A. Mechanisms of Polymer Degradation and Erosion, Biomaterials 17: Heasman, P.A., Preshaw, P.M., dan Robertson, P., 2004, Successful Periodontal Therapy A Non-Surgical Approach., ed 3., Quintessence, London, hal 40 Hse, K.M.Y., Leung, S.K., dan Wei, S.H.Y., 1999, Resin-Ionomer Restorative Materials for Children: a Review, Australian Dent J., 44(1): 1-11 Jacques, E.N., Robbert, J.F., Joseph, B.D., Christ, A.E., 1997, Dentin Bonding:SEM Comparison of Dentin Surface in Primary and Permanent Teeth., American Academy of Pediatric Dentistry, 19: Jennifer, A.S., Catherine., H., Felicia., T., Mary., T., dan Nancy., C.M., 2007, The longevity of amalgam versus compomer/composite restorations in posterior primary and permanent teeth: findings from the new England children s amalgam trial., Journal Am Dent Assoc., 138: Kwak, H.G., Park, S.J., dan Yim, H.J., 2012, Characterization of Microleakage in Thermally Damaged Concrete Using Nonlinear Ultrasonic Modulation Technique, World Congress on Engineering, 11: 1-4 Lai, Y.L., Lin, Y.C., Yang, C.S., dan Lee, S.Y, 2007, Effect of Sonic and Ultrasonic Scaling on the Surface Roughness of Tooth Colored Restorative Materials for Cervical Lesions., Operative Dentistry Journal, 32(3): Loughlin, L.V., Ahmadi, F., Chauhan, S., dan Haar, G.T, 2012., Bioeffects and Safety of Low Intensity, Low Frequency Ultrasonic Exposure., Satelec Acteon., Msassachusetts, hal 205 Man, J.S.S., 2011, Biological Effects of Low Frequency Ultrasound On Bone and Tooth Cells., Birmingham, hal 25 Meola, M.T., dan Papaccio, G.A., 1986, Scanning electron microscopy study of effect of etching time and mechanical pre-treatment on the pattern of acid etching on the enamel of primary teeth, Int Dent Journal, 9: Naberls dan Stakerls, 1990., Periodontal Therapy, ed 2., Toronto, Philadelphia, hal 27 55

4 Newman, M.G., Takei, H.H., Klokkevold, P.R., dan Carranza, F.A., 2006, Carranza s Clinical Periodontology, ed 10, Elsevier, Los Angeles, hal: 749 Parveen, N., Ahmed, B., Butt, A.M., Bart, A., 2012, The Effect of Mechanical Stresses On The Comparative Microleakage of Two Different Restorative Materials., JUMDC, 3(1): Prasetio, L., Hien, T.H., dan Setiawan, S., 1992, Mengerti Fisika., Andi offset., Yogyakarta, hal 45 Prawirohardjo, S., 2005, Ilmu Kebidanan, ed 3, Yayasan Bina Pustaka Sarwono Prawirohardjo, Jakarta, hal Prawirosusanto, S., 2004, Materi Kuliah Dasar Keahlian Fisika Dasar I., UGM., Yogyakarta, hal 155 Preuz, H.R., dan Laurell, L., 2003, Periodontal Diseases a Manual of Diagnosis, Treatment and Maintenance., Quistessence., London, hal 299 Richard, V.C., dan Timothy, 2008., F.W, Dental Biomaterials Imaging,testing and modelling., Woodhead., Cambridge England, hal 176 Roberson, T.M., Heymann, H.O., dan Swift, E.J., 2006, Sturdevant s Art and Science of Operative Dentistry, ed5, Mosby Inc, St Louis, hal 199 Sasmita, I.S., dan Pertiwi, A.S.P., 2011, Identifikasi, Pencegahan dan Restorasi Sebagai Penatalaksanaan Karies Gigi Pada Anak., Kedokteran Gigi Anak Universitas Padjajaran, hal 192 Sidhu., S.K., dan Watson., T.F., 1995, Resin-Modified Glass Ionomer Materials., Journal Dentistry, 8:59-67 Supriyadi., 2014, Statistika Kesehatan., Salemba Medika., Jakarta, hal 119 Fauziah, E., Suwelo, I.S., dan Soenawan, H., 2008, Kandungan Umsur Fluorida Pada Gigi Tetap Muda Yang Ditumpat Semen Ionomer Kaca dan Kompomer., Indonesian Journal Dentistry, 15(3): Sujono, H,M 1985, Ultrasonografi Abdomen, Alumni anggota IKAPI, Bandung, hal 1-10 Surdia, T.S., dan Saito, S., 1995, Pengetahuan Bahan Tehnik, edisi 3, Paramita, Jakarta, hal 35-39, Speed, C.A., 2001, Review Therapeutic Ultrasound in Soft Tissue Lesion, Rheumatology Journal, 40:

5 Syukra, A.,2011, Status Kebersihan Gigi dan Mulut dengan Status Karies Gigi (Kajian pada Murid Kelompok Umur 12 Tahun di Sekolah Dasar Negeri Kota Bukittinggi).,Jurnal Berita Kedokteran Masyarakat, 27(2):211 Tran, L.A., dan Messer, B., 2003, Clinicians Choice of Restorative Materials for Children., Australian Dental Journal, 48(4): Van Noort, R., 2007, Introduction to Dental Materials, 3 ed., Elsevier, Philadelpia, USA, hal 320 Vlack,L.H., 2004, Elements of Materials Science and Engineering Terjemahan, Erlangga, Jakarta, hal Watson, Clarke dan Duck., 2009, Evidence for The Molecular, Cellular and Physiological Effects of Microstreaming and Cavitation at MHz and khz Ultrasound Frequencies, University of Hertfordshire, UK, diunduh pada tanggal 9 Mei 2014 Wei, S.H.Y., 2000, Clinical Update of Aesthetic dentistry for the 21 st Century, Denstply, Hongkong, hal 176 Wilson, P., Beynon, I., 1992., Mineralization between human desiduous red byand permanent enamel measured by quantitative microradiogrphy., Journal Clnical Pediatric Dentistry, 2: Young, H.D., dan Freedman, R.A., 2012, Fisika Universitas, ed 10., Erlangga., Jakarta, hal 33 Yadav, G., Rehani, U., dan Rana, V., 2012, A Comparative Evaluation of Marginal Leeakage of Different Restorative Materials in Deciduous Molars: An in vitro study., Journal Clinical Pediatric 5(2): Ziyad., K.M.M, 2013, Mikroleakage in Class II Composite Restoration Bonded with Different Adhesive System, Journal Sains Malaysia.,28(1):