| |
Measurement method of electrical resistivity of fine ceramics coatings under humid condition |
|
1 |
|
Japan Fine Ceramics Association |
a |
| |
Test method for Small Punch of fine ceramics thin sheet for Solid Oxide Fuel Cell at room temperature |
|
1 |
|
Japan Fine Ceramics Association |
a |
| |
Test method for elevated temperatute Small Punch of fine ceramics thin sheet for Solid Oxide Fuel Cell |
|
1 |
|
Japan Fine Ceramics Association |
a |
| |
Wear test methods of fine ceramics thin films under dry and humid conditions |
|
1 |
|
Japan Fine Ceramics Association |
a |
| |
Fine ceramics (advanced ceramics, advanced techenical ceramics)－Method of measurement for assessing the power generation characteristics of piezoelectric device for self-sustaining power source |
|
1 |
|
Japan Fine Ceramics Association |
a |
| |
Fine ceramics (advanced ceramics, advanced technical ceramics) --Test method for shear strength of continuous-fiber-reinforced ceramics matrix composites at room temperateure |
|
1 |
|
Japan Fine Ceramics Association |
a |
| |
Iron and steel - Determination of antimony - Part 1：Rhodamine B spectrophotometric method after extraction of chloride |
|
1 |
|
The Japan Iron And Steel Federation |
a |
| |
Iron and steel - Determination of antimony - Part 2：Spectrophotometric method after extraction of brilliant green complex |
|
1 |
|
The Japan Iron And Steel Federation |
a |
| |
Magnesium and magnesium alloy welding rods and wires
|
|
1 |
|
The Japan Magnesium Association |
a |
| |
Sintered-metal injection-moulded materials - Specifications |
|
1 |
|
Japan Power Metallurgy Association |
a |
| |
Fine ceramics (advanced ceramics, advanced technical ceramics) - Test method for antialgal activity of semiconducting photocatalytic materials |
|
1 |
|
Photocatalysis Industry Association of Japan |
a |
| G0951 |
Shot media of circulation type shot peening for steel structure |
77.140.80 |
5 |
|
Japan Steel Structure Circulation Blast Association |
a |
| G1232-1 |
Iron and steel-Determination of zirconium-Part 1: Xylenol orange spectrophotometric method |
77.080.20 |
2 |
|
The Japan Iron And Steel Federation |
a |
| G1232-2 |
Iron and steel-Determination of zirconium-Part 2: Xylenol orange spectrophotometric method after fluoride coprecipitation separation |
77.080.20 |
2 |
|
The Japan Iron And Steel Federation |
a |
| G1235-1 |
Iron and steel-Determination of antimony-Part 1: Rhodamine B spectrophotometric method after extraction of chloride |
77.080.01 |
2 |
|
The Japan Iron And Steel Federation |
a |
| G1235-2 |
Iron and steel-Determination of antimony-Part 2: Spectrophotometric method after extraction of brilliant green complex |
77.080.01 |
2 |
|
The Japan Iron And Steel Federation |
a |
| G1317-1 |
Method for chemical analysis of ferromolybdenum-Part 1: Determination of molybdenum content |
77.100 |
5 |
|
Japan Ferroalloy Association |
a |
| G1317-2 |
Method for chemical analysis of ferromolybdenum-Part 2: Determination of carbon content |
77.100 |
5 |
|
Japan Ferroalloy Association |
a |
| G1317-3 |
Method for chemical analysis of ferromolybdenum-Part 3: Determination of silicon content |
77.100 |
5 |
|
Japan Ferroalloy Association |
a |
| G1317-4 |
Method for chemical analysis of ferromolybdenum-Part 4: Determination of phosphorus content |
77.100 |
5 |
|
Japan Ferroalloy Association |
a |
| G1317-5 |
Method for chemical analysis of ferromolybdenum-Part 5: Determination of sulfur content |
77.100 |
5 |
|
Japan Ferroalloy Association |
a |
| G1317-6 |
Method for chemical analysis of ferromolybdenum-Part 6: Determination of copper content |
77.100 |
5 |
|
Japan Ferroalloy Association |
a |
| G1317-7 |
Method for chemical analysis of ferromolybdenum-Part 7: Determination of aluminium content |
77.100 |
5 |
|
Japan Ferroalloy Association |
a |
| M8721 |
Iron ores-Determination of specific surface area-Test method using air-permeability apparatus (Blaine) |
73.060.10 |
5 |
ISO 21283 |
The Japan Iron And Steel Federation |
a |
| R1762 |
Fine ceramics (advanced ceramics, advanced technical ceramics)-Method of measurement for assessing the power generation characteristics of piezoelectric device for self-sustaining power source |
81.060.30 |
5 |
|
Japan Fine Ceramics Association |
a |
| Z2244-1 |
Vickers hardness test-Part 1: Test method |
77.040.10 |
4 |
ISO 6507-1 |
The Japan Iron And Steel Federation |
a |
| Z2244-2 |
Vickers hardness test-Part 2: Tables of hardness values |
77.040.10 |
4 |
ISO 6507-4 |
The Japan Iron And Steel Federation |
a |
| Z2251-1 |
Knoop hardness test-Part 1: Test method |
77.040.10 |
4 |
ISO 4545-1 |
※The Japan Iron And Steel Federation |
a |
| Z2251-2 |
Knoop hardness test-Part 2: Table of hardness values |
77.040.10 |
4 |
ISO 4545-4 |
※The Japan Iron And Steel Federation |
a |
| Z2257 |
Biaxial tensile testing method for sheet metals using a cruciform test piece |
77.040.10 |
3 |
ISO 16842 |
Osaka Science & Technology Center |
a |
| Z3609-1 |
Friction stir spot welding-Aluminium-Part 1: Vocabulary and welding processes |
01.040.25;25.160.40 |
2 |
ISO 18785-1,ISO 18785-2 |
|
a |
| Z3609-2 |
Friction stir welding-Aluminium-Part 2: Quality requirements, welding procedures and welding personnel |
25.160.01;25.160.10 |
2 |
ISO 18785-3,ISO 18785-4,ISO 18785-5 |
|
a |
