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Fine ceramics (advanced ceramics, advanced technical ceramics) --Test method for shear strength of continuous-fiber-reinforced ceramics matrix composites at room temperateure |
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1 |
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Japan Fine Ceramics Association |
a |
| |
Removal of corrosion products from corrosion test specimens |
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1 |
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Japan Stainless Steel Association |
a |
| |
Standard test method for particle-free erosion corrosion of copper and copper alloys by jet-in-slit
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1 |
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Japan Stainless Steel Association |
a |
| |
Abrasion-resistant cast irons
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1 |
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Japan Foundry Society, Inc. |
a |
| |
Testing method of torque controlled fatigue of metalllic materials |
|
1 |
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The Society Of Materials Science, Japan |
a |
| |
Measurement method for Young's modulus of thermal barrier coatings at elevated temperature by flexural resonance |
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1 |
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Osaka Science & Technology Center |
a |
| |
Testing method of fatigue crack propagation of metals |
|
1 |
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The Society Of Materials Science, Japan |
a |
| |
Method of copper sulfate-sulfuric acid test for low-Cr ferritic stainless steels
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1 |
|
Japan Stainless Steel Association |
a |
| |
Test and Assessment Methods for Pulsed Laser Coating Removal |
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1 |
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Japanese Standards Association |
a |
| |
The method for soldering iron corresponding to lead-free solder |
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1 |
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The Japan Welding Engineering Society |
a |
| |
Iron ores－Determination of copper－Part 1: 2,2'-Biquinoline spectrophotometric method |
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1 |
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※The Japan Iron And Steel Federation |
a |
| |
Iron ores－Determination of copper－Part 2: Flame atomic absorption spectrometric method |
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1 |
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※The Japan Iron And Steel Federation |
a |
| |
Iron ores－Determination of tin－Part 1: Phenylfluorone spectrophotometric method after extraction of iodide |
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1 |
|
※The Japan Iron And Steel Federation |
a |
| |
Iron ores－Determination of tin－Part 1: Flame atomic absorption spectrometric method after extraction of iodide |
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1 |
|
※The Japan Iron And Steel Federation |
a |
| |
Transparent curtains, strips and screens for arc welding processes |
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2 |
|
※Japanese Standards Association |
a |
| |
Iron and steel－Determination of tungsten－Part 1: Tungsten(VI) oxide gravimetric method after precipitation of cinchonine complex |
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4 |
|
※The Japan Iron And Steel Federation |
a |
| |
Iron and steel－Determination of tungsten－Part 2: Thiocyanate spectrophotometric methods |
|
4 |
|
※The Japan Iron And Steel Federation |
a |
| G0603 |
Flattening test of steel pipes and tubes |
77.040.10 |
5 |
ISO 8492 |
※The Japan Iron And Steel Federation |
a |
| G0604 |
Flaring test of steel pipes and tubes |
77.040.10 |
5 |
ISO 8493 |
※The Japan Iron And Steel Federation |
a |
| G0955 |
Estimation of the ballistic limit velocity and the limit thickness of steel plate for impact with steel rigid flying object |
77.140.50 |
3 |
|
High Pressure Institute Of Japan |
a |
| G1222-1 |
Iron and steel - Determination of cobalt - Part 1: Tricobalt tetraoxide gravimetric method after precipitation separation of 1-nitroso-2-naphthol complex after potassium permanganate oxidation
|
77.080.01 |
5 |
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※The Japan Iron And Steel Federation |
a |
| G1222-2 |
Iron and steel - Determination of cobalt - Part 2: Spectrophotometric methods
|
77.080.01 |
5 |
|
※The Japan Iron And Steel Federation |
a |
| G1222-3 |
Iron and steel - Determination of cobalt - Part 3: Potentiometric titration method after separation by ion exchange
|
77.080.01 |
5 |
ISO 11653 |
※The Japan Iron And Steel Federation |
a |
| Z2289 |
Testing method of axial force controlled fatigue of metalic materials |
77.040.10 |
4 |
ISO 1099 |
The Society Of Materials Science, Japan |
a |
