別添1「歯科材料の物理的・化学的評価の基本的考え方」 [PDFファイル
Contents
1. 70709000 2 38785000 16710003 16705003 70839003 70841003 70854003 70848003 70849013 70849023 70850003 70851013 70851023 708790002. 10 11 12 13 9 62 14 15 16 M 17 18 19 20 21 22 23 24 25 26 1 2 3 29 7 1 11 12 Nn mam CO KO 2 3 1 3 4 5 6 7 8 9 10 op ne
3. 1 2 6 2 1 1 2 3 2
4. _ 16709003 70838003 70836003 70837003 70847003 70853003 70855003 70864003
5. 4 1 9 2
6. 2 8 746 3 9 JIS 150 0 2 5
7. 1S0 9693 Metal ceramic dental restorative systems TSO 10477 Dentistry Po ymer based crown bridge materials 9 2 190 TS0 JIS 150 2 7 OO ww 1 02 a 1 _
8. JIS 6123 190 1IS0 JTS 5 1 gt 5 9 TS0 RO 2 1 11 TS0 4
9. 12 A 4 1 JTS 6514 150 4049 Dentistry Po1ymer based filling restorative and luting materials 2
10. 3 4 5 1 2
11. 8 EA 2 2222222 JIS 1 150 2 150 JIS 180 JIS 150 10451 Dental implant systems Contents of technical file 1S0 9 150 TC 106 Dentistry TC 150 Implant surgery
12. JTS 6522 6609 1 6609 2 6610 180 3107 4049 6876 9917 1 5 Flow JTS 6502 6503 6504 6507 80 15854 6 2 Viscosity C 7 9 Fluidity JTS 6601 6604 6608 _ 130 6873 7490 9694 11244 11245 D 1 Mixing time Mixing
13. 3 JIS 6118 150 9693 Metal ceramic dental restorative systems 13 JIS 150 JIS T 6505 14
14. _ 18 6109 160 54984 7 IS 3 Colour Shade lt 2 s 6501 6502 6506 6511 6514 6517 6518 6609 1 660952 70180 1567 4049 4823 9917 1 9917 2 10477 14356 22112 7200 4 5 Translucency 5 6501 Pe 180 1567 40 Opacity 15 6609 1 6609 2 180 9917 1 9917 2 A 6 Porosity JIS 6501 6506 6511 150 1567 22112 A 7 Surface finish
15. 1 8 28 1 1 4 9 8 1 9 9000 0799 1 510 9 92 6 117100 TT 92 09 9 8 4137 9 01 0 6 9 2 5 01 4 6 el ol Wi mel 9 11 11 hal ol Tele ee lo ae LL ml 5 el Io hh jol fel lL lelo 3005 7699 1 510 EOOUBELS 1 1
16. JI8T 6512 180 1564 13716 14356 14 5 Hardness 18 6258 216 5201 6106 6108 6118 6114 6115 6116 6129 6123 6506 6517 6518 6521 180 1562 6871 1 6871 2 8891 14233 16744 F 15 Tensile bond strength 19 strength 4 ISO TS 11405 180 10477 13716 46 F 16 5 JTS 6525 1 6525 2 2 1 19 Bonding 19 Quality ofbonding
17. 70436004 70489000 7 8 ___________ 70907000 70908000 70735000 70736000 36311000 70914000 _ 70928001 70881000 70835000 70883000 44575000 70882000 81836010 70899000 38625000 70912000 35768000 33208000 70917020 70708000 16388009 _70933000 70761000 42347000 42348000
18. 6 6 6 88 1 2002 982 71 4 O 7 he nrnsd48 g66T e 89 8911585 Weret 9 9 7 21 3 6 68 53481900 8 UI 8 002 90822 051 5 22 _ 9031820498 BT94u0O 510194845 2002 19 01 051
19. 010 5 0008999 3 gt 5 2 4 He A EL 8 210 9 6 7 6 5 3 6 2 1 lel e 111 111 91 1 11 9 9 9099 1 o 88 54 444
20. 13 Number of blades JTS 5201 5506 1 5506 2 5506 3 5506 4 150 3823 1 3823 2 7787 1 7787 2 7787 3 7787 4 41 B 1 5 8ize JIS 5201 5210 5505 1 5505 2 5506 1 5506 2 5506 3 5506 4 6101 6102 6103 6104 6105 6124 6125 6506 6511 6515 9113 9114 150 3823 1 3823 2 6877 7711 1 7711 2 7786 7787 1 7787 2 7787 3 7787 4 22112 B 2 Dimensional stabihty 2 6506 50 22119 9 Colour coding
21. 2 0 JIS 5505 1 6515 080 6877 4 Surface irregularities Flattened portions 2 5 Extrudability 5 6512 180 1564 13716 2 plasticity Plasticity 6501 150 1567 0 17 24 2 eS 9 5 JIS 6512 6513 6519 6521 6522 6525 2 150 1564 4823 6876 10139 1 18716 42 C 4 15 Film thickness
22. JIS T 6506 160 22119 1 8 3 Resistance to thermal shock 100C 1 100C o 6511 50 22112 7 9 3 Disintegration 6522 6610 150 3107 6876 1 10 to ambient light Sensitivity JTS T 6514 6523 6609 2 150 4049 9917 2 10477 7 11 18 Degradation 1 19 8 Adhesion on storage
23. 3 6 3 7 3 8 2 3 9 3 10 v MS 4 1 JIS 14971
24. 2 2 3 4 5 7 4 F a 2 1 5 1 1 715
25. 1 1 88 9 8 5 9 640 24 5 6 9 9 IT lolswleelewleelkelo 0 6008 8299 517 00022802 lew lolewleelewleelewlo o 00 59 4 5 009180 lew lololololololo o 040 9 1610 9 99 0007805 00090604 2 5 x 2 6 78 21 2661 2 16 7 081 24 g66T T 767T 10781098 2 8091 005 7 18 1 Sauryoeur 10 4103810491 re33nO T66T g 282 1 2 sre44n2 19935
26. D 6 Depth of cure 6514 6528 6524 6609 2 150 4049 6874 9917 2 10477 1 18 Gelation temperature 157 6512 180 1564 13716 14356 2 9 temperature range Liquidus 8 6106 6107 6108 6111 6115 6116 6117 6118 6121 6122 6123 30 1562 6871 1 6871 9 8891 9333 9693 16744 15 Solidus temperature 5 15 range Solidus TS 6110 6113 6114 6115 6116 6117 6118 6121 6122 6123 6124 6125 180 1569 6871 1 6871 2 8891 9333 9693 16744 E 4
27. 288 5 6511 6516 150 6872 9693 22112 N 2 Radio opacity 3 X X 6514 6515 6522 6523 6609 1 6609 2 30 4049 6876 6877 9917 1 9917 2 1 Pouring Infusion 81 6112 80 24234 2 6116 6118 6121 6122 6123 130 1562 6871 1 6871 2 8891 9693 16744 58 9 JI8
28. JIS ISO 15 6501 6506 180 1567 22112 Debonding crack initiation strength JIS 6118 6121 6516 160 9693 19 8 Mechanical strength of brazed joint Tensile strength 218 JIST 6107 6111 6117 150 9333 20 Brittleness 18 157 6515 150 6877 F 21 Impact stren
29. 4 JIS 190 JTS 180 227 1 JIS 2 150 3 TLS 1S0 4 JIS IS0
30. 70865003 70862000 42483003 70866003 70920003 70861003 16182000 70863003 70852000 70870003 70871003 70872000 70928003 70874000 70876000 70877000 35861003 70884000 70437204 34006004 70437304 31750003
31. JIS 130 2 2 1 3 6 2
32. 1 2 3 4 1 M 1 3 Reproduction of detail 5 6512 6513 6604 6605 150 6873 14233 14356 51 M 2 Impression TIS 6504 M 3 3 Compatibility with gypsum Compatibility v JIS 6505 6512 6513 80 1563 1564 4823 13716 14856 M 4 15 Compatibili
33. 1 2 3 5 2 1 _ 3 17 12 1 15 150 JIS 4 JIS 150 JIS 6609 1 JIS 6602 5 JIS JIS 6 JIS JIS
34. 6502 180 15854 2 022 JIS 6101 6102 6103 6104 6105 6106 6107 6108 6109 6110 6111 6113 6115 6116 6117 6118 6121 6122 6123 6124 6125 2 80 1562 6871 1 6871 2 8891 9333 9693 16744 24234 50 2 9 L 1 Acid soluble arsenic content
35. 4 23 2 1 5 1 1 1 1 1
36. 2 16 2008 64 7 2 9 lt gt 9 EI 6 9 LT 5 6 IST 1 0006760 8 gt 2 0 1 118 1 2 5 50 5 85 8 0 1 8 9 6 80112100 9 9 3 6 00061801 00096098 00061801 591
37. 70910000 42352000 42349000 42350000 42854000 42353000 72 70437108 70437204 _ 84006009 34006008 34006004 170437304 _ 70436003__ _ 70436004 70709000 38785000 70928008 70884000 38783000 5 10 70927000 11155020
38. we 0 8 6 000 051 1 8002880 o 000256709 050 402 5 9539991 0009680 4 1 00089801 4 0000980 00002186 00080 9 20088802 20060291 7 24 62019801 4 6606780 1 3 8 2 6099 1 56 6099 1 6 6099 1 9 ICE 8002 5 6099 510 47
39. 180 14856 10 19 Pourig temperature 180 14356 1 3 Tensile strength JIS 6101 6102 6103 6104 6105 6106 6108 6113 6114 6115 9113 9114 2 27 3 Proof stress Proof strength 715 JIS 5505 1 5505 2 6104 6115 6116 6118 6121 6122 6123 6124 6125 50 1562 6871 1 6871 2 7711 2 8891 9693 16744 3 9 Elongation JIS
40. 666 89 01 43993 6 8 43293 arArod 8667 9666 Te3T9 T 9261 1991 595945014 43993 9002 21122 3114580 195 6002 0807 170 24039 57 9 7 1 1 1 2
41. 5210 5505 1 5505 2 5506 1 5506 2 5506 3 5506 4 150 3823 1 3823 2 7711 1 7711 2 7786 7787 1 7787 2 7787 3 7787 4 Water tightness JIS JIS 9113 9114 54
42. 10 2 1 1 15 1 4 2 1 17 3 11 0311005
43. 2 2 11 6 3 TT 6 8 29 1 90 2 42 728 9 4 9 2 88 9 8 6 6019 TP 52222 dk 1 00006601 0006060 9 62 21919 lt 2 18 241 8191 42 12096917 14411119 4 IN JNI 0 19 00069204 amp 5 gt 5 7
44. JTS 6101 6102 6103 6104 6105 6106 6108 6113 6114 6115 6116 6118 6121 6122 6123 6124 6125 6510 9113 9114 80 1562 6871 1 6871 2 8891 9693 16744 4 Compressive strength JIS 6109 6505 6601 6604 6605 6608 6609 1 6610 80 1563 3107 6873 7490 9694 9917 1 11244 11245 11246 13716 24234 5 JTS 157 6101 6103 6104 6 45 7 15 Flexural strength Bending strength Fjexural strength 6501 6514 6516 6517 6518 6523 6609 2 180 1567 4049 6872 9693 9917 9 10477 F 8
45. Im oorsou 00019804 2 9 2 65 75985 4 9 9 1109 ____ ___ _______ weeeos _ 54531 00099898 2 0008880 000688042 O1O1O O 9099 1 00089898
46. 1 9 6 2609724145 6 0008988 0009888 00062488 00066102 __ 2 2 212181421 2 gt 9 gt 4 12 gt 2 2 2 2 5 18 1 9 9 26 8 2 em 00092804 2 ee 00050801 2 10991 6
47. 5 2 JIS 2 JIS JTS JIS 180 _ JIS 150 3 _ _
48. 10 2 lt 1 ST _ 6 9 1 2 25 01194 6 PT 91 le 00890 700068 kl 9 9 00010918 1 0 00069215 4 9 lolewlol 55 4 5 6 16 12 2 4
49. gt gt 2 8 7 6 0 0 00016202 000128204 0006440 gar aa cy 9090 41191 00082402 20191 00068404 0009820 lt ___ ___ 7 le 2 4 gt 4565 000000 512 2 6 2 00086 0 265626 olo 5 4 5 4 gt 2 gt 8 2427 21 2 wl 7 6 2 06 4
50. 3 3 3 4 1 3 5 3 6
51. TC 194 1 evaluation of medical 150 17 12 1 180 4 2248 150 1559 materials Al1oys amalgam 150 1560 Denta mercury 1S0 24234 Dentistry Mercury for denta1 amalgam JIS 1 1 150 JIS JIS 3 150 4 150 f 175 TIS0 24234 Mercury 11
52. 2012 DTB 9117 5 aseq 5 muaq 666T 99T 6 7 2226 001 TB4TS T seerzg9 jolol IIIIITIlolel 1 9 9901 081 5012355 TerreJenr norssardrrr 18991 081 lel 066 9 SIBIr9JBUT 1001 TEU 18 171 1 2
53. 6505 6513 6609 1 6610 50 1563 4823 9917 1 9917 2 10139 1 13716 D 2 9 Working time 15 Initial hardening time JIS 6505 6513 6514 6519 6522 6523 6524 6609 1 6609 2 6610 80 1563 4049 4823 6874 6876 9917 1 9917 2 10477 13716 14933 3 8etting time 9 Initial hardening JIS 6505 6514 6522 6523 6524 6601 6604 6605 6608 6609 1 6609 2 6610 50 3107 4049 6873 6874 6876 7490 9694 9917 1 9917 2 10477 11244 11245 11246 14233 14356 0 4 3 5 6512 6513 6519 6520 6521 150 4823 10139 1 13716 43 0 5
54. IS T 6609 1 6610 80 3107 9917 1 8 1 1ead content 1871 6609 1 6609 2 150 9917 1 JIS 6103 18 6101 6102 6104 6115 4 15 Residual methyl methacrylate monomer 6501 160 1567 5 JIS 9010 218 9113 1 6
55. JIS 6109 80 24234 P 4 8 Loss from capsule JIS IS 6109 P 5 vV Hydrogen exponent pH pH pH JTS 6525 1 6525 2 _ P 7 Shanks JIS 5504 1 JIS 5504 2
56. corrosion JIS 160 1562 8891 1 4 3 Colour stability JIS JTS 6501 6506 6514 6517 6518 6609 2 180 1567 4049 9917 1 9917 2 10477 22112 1 5 Water sorption Water absorption JIS 6501 6514 6517 6518 6521 6523 30 1567 4049 10477 7 6 9 solubility Chemical solubility Solubility 8 1571 6501 6514 6516 6517 6518 6521 6523 6609 1 6609 2 150 1567 4049 6872 9693 9917 1 10477 49 1 7 186 2 8 18 Resistance blushing 18 Distortion and crazing 15 Resistance to staining
57. lt gt 5 5 gt 2 12 4 30 6 2 4 2 96 10294 31008 T 3184 1661 1 62101 Pesed nsnuaqT 1184 SenIUSP sui 5 11193 31046 318 aa STBrreJ9ur 3106 00 53090150 448 g TEST _ 1 peseq 411s4UCT
58. 19 150 9333 E 5 8 temperature 6512 150 1564 13716 8 Glass transition 4 temperature 557 Glas transition 6516 150 9693 7 5 Transformation Af 44 8 6521 9 19 Melting temperature
59. 5 JIS 6118 6121 6508 6516 6601 6608 180 7490 9693 9694 11244 11245 11246 48 H 3 9 Linear setting Setting 50 5 JIS 218 6601 6604 6605 150 6873 7490 11244 11245 J 7 1 3 Tarnish resistance 2 JTS 6105 6106 6107 6108 6113 6117 1562 8891 9333 7 2 Corrosion resistance Corrosion JIS 3 JTS 18 5505 1 6117 6123 30 1562 3823 2 6871 1 6871 9 7711 1 8891 9333 16744 7 3 1 behaviour 19
60. dental 5 150 6 150 0 TISO 4049 Dentistry Polymer based fi11ing restorative luting materials 1S0 8891 Dental casting alloys with nob1e content of at 1east 25 but 1ess than 75 150
61. 00075804 2 2 5 84 gt V 6 0 22 59 olo ee SON 00068276 ol jew 1 _ 02007802 Oe OE OL 01001802 lolololol lol 9 EL EO 7 27 11610 __ 0 98 olololo 0 MOWee2 lt ei ___ 1 _ lo a 00070801 1 2 We 0001080 2 lt 99 gt 192 4 2
62. 3 4 22 16 8006892 00029802 3 2 39 1 lo es 0008 6707 050 009880 9002 0199 SIF 8 6006680 2005 0199 510 9002 2 6099 181 2 a 4 5 008 1 6099 610 9 00062804 81019802 ololololololo 9000 1 6099 10 ololololololo 4 4 4 4 4 5 21 2 8
63. 9 modulus 5 5 6501 180 1567 2 89 Yoangs modulus 5 8 5 Young modulus 2 8 21 Modulus of longitudinal elasticity 7 5 JIS 6118 6121 6123 180 9693 F 10 Modulus of elasticity 1 22 Elastic modulus 180 6871 1 6871 2 16744 F 1 1 12 13 Resistance to tearing 2 5121 Tear test
64. 1 1 2 112 2 2 4 3 _ 1 2
65. CD ROM 3 1 2 2 1 2 8 2 2 CD ROM 4 1 3 3 1 3 2 s 2
66. 187 6604 50 6873 24 Recovery from deformation JTS 6505 6512 6513 180 1563 1564 4823 13716 2 Strain compyession JIS 6505 6512 6513 180 1563 1564 4823 13716 14356 3 Creep 6109 80 24234 02 6 1 Dimensional 212 450 74828 6876 118716 14283 24234 ME Coe fcient of thermal expansion
67. 2 510 _ 2 0 8 02 1 27 38 9 6 1 2 62 8 6 9 0 6 6019 1 510 9 9 60 _____ ____ 7 2 wo eLTTITTIITTjs 00088691 6 07088697 00 31610 5 5 18
68. 4 70906000 70887000 16352000 1 70757000 70729000 11171000 70827000 70829000 NEO 70812000 70813000 70818000 70820000 70842000 35876000 70853002 35877000 70864002 70865002 70866002 70920012 70869000 70922000 4440600
69. 4 M 9 _ 15 5201 _M 1 0 _ 1570 6110 52 11 Residue on artificial teeth 7 1 TS T 6502 80 15854 12 18 Behaviour of colouring material JIS 6502 150 15854 M 1 3 Residue on ignition 8 T 6503 050 15854 N 1 Radioactivity
70. lt 4 YZ 00008801 2 575222 56099 50017804 2 39 38 510 25 2 2 15 8 5 96 e lmwwoll lol lo 19 el lol eel kW YY edi 5 7 22 199 lo mewel lol lmwwol l 9 019 ____ el el eel 00 em
71. 0 70886000 70924000 70909000 70853003 70864003 1 70865003 70866003 70920003 11 5 6 6 eT 9099 1 18 9099 1 56 9099 1 9099 1 214 2 20 00077404 125 202 6 50 lt CT 0008 04 bl ID 00070602 0002016 00080602 ES 1
72. 1 2 3 3 4 6 3 IS 1S0 JIS 1S0 JTS 150 3 JIS 150 JIS 150
73. 1 3784 86 1 8 We suorsueurd T TB os 81090 1861 1 1121 5005 6 2688 9861 1 2588 27 96 i mecl 17399 SrreJSAS 6661 2696 _ 8urZzerd 0661 2226 62 15281 12 On 88617688 o Io EE 2 TE S4oTTe 661 2 1289 2 4 1 97 4 5 gsed 7 6 1 1289 soITe 1 8 311450 000 096 TTB3TBUTB SAOTFB 2 55 18 gt Z
74. 2 2 7 8 66 199 1 1 9 9 6 1 2 1 000pT804 0 2 0 0801180 11991 2 05011804 81991 42 01011800 gt 4 2 lt gt 54 olOolololo 44 4 444 4 OIOEO1OIOIO 18 OIOIOIOIO 4 20001 1291 3252 2101480 60009804 2106780 60087804 20068802 20090297 1 1 GAL ERE
75. ISO 3 JIS 180 PP PP 1 2 3 4 180 A 1 imspection JIS 5201 6101 6102 6103 6104 6105 6106 6107 6108 6111 6112 6113 6114 6115 6117 6118 6122 6123 6124 6125 6501 6502 6505 6506 6511 6515 6516 6517 6518 6521 6522 6601 6604 6605 6608 6609 1 6609 2 9113 9114 150 1563 1567 6872 6873 6876 6877 7490 9333 9693 9694 9917 1 9917 2 11244 11245 11246 18716 14233 15854 24234 2 9 Foreign material
76. characteristics JIS 6501 6506 6511 6517 6518 6521 180 1567 10477 22112 8 5 Grit sizes Particle size JIS 5505 3 JIS 5505 1 5505 2 150 7711 1 A 9 Uniformity 3 5 material 6505 6512 6516 180 1563 1564 6872 9693 13716 10 Anchorage Retention channel Retention groove 6511 80 92112 11 6101 6102 6103 6104 A 12 Surface Youghness
77. gth Impact 80 1567 F 22 8 Penetration 5 Depth ofpenetration 3 of penetration ratio JIS 6519 6520 180 10139 1 10189 2 F 23 Neck strength JIS _ 1571 5505 1 50 3823 1 3823 2 7711 1 47 6109 6518 6522 24 JIS IST 6510 25 2 5 5 5 6601 6608 26 Fracture JIS
78. ty with investment SO 14356 M 5 JIS JIS T 6525 1 M 6 _ JIS T 6525 2 2 6110 6501 6502 6503 6504 6505 6507 6510 6517 30 6872 14233 15854 M 8 Runrout JIS T5502 5 5201 5210 5505 1 5505 2 5506 1 5506 2 5506 3 5506 4 180 3823 1 3823 2 7711 1 7711 2 7786 7787 1 7787 2 7787 3 7787
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