The variety of ceramics, their chemical composition, their physical properties, and their manufacturing methods are often close to each other, without clear boundaries, but they vary significantly in their application. The physical nature of the materials is particularly hard and hard, they may contain holes and they may be cut with diamonds. If the specimens require heat corrosion, then the sample is embedded to take the samples out of the resin, and the epoxy resin vacuum filling hole can be ignored. Because of the characteristics of ceramics, there is no need to consider the problem of deformation and plastic currents, but the process of preparation may result in cracking up cracks. Fuyun offers a solution for full-scale gold.

Medical implants are now increasingly used, and are derived from new alloy development and manufacturing technologies, such as enrichment material manufacturing, requiring a closer look at their microstructure, which is usually of good mechanical strength, grinding resistance and corrosive resistance. The gold phase of these components allows for a thorough examination of microstructures, coatings (mainly hydroxyl phosphate) and potential defects in new manufacturing technologies.

The measurement and calculation of the three-dimensional spatial shape of the alloy organization, using the quantitative gold phase theory, is one of the important tools for experimental research on metal materials, and the measurement and calculation of the luminous micro-organism of the two-dimensional gold sample or thin film determines the quantitative relationship between alloy composition, tissue and performance. The application of image processing systems to the gold phase analysis has the advantage of being highly accurate and fast, which can significantly increase the efficiency of work.1 Welding Gold Phase Test; 2 Casted Iron Gold Phase Test; 3 Thermal Treatment Quality Test; 4 Metal Products and Raw Materials Micro-organism Survey and Assessment; 5 Casted Iron, Casted Steel, Non-ferrous Metal, Low-Mixed Defection Test; 6 Metal Hardness (HV,HRC, HB, HL), Crystal Plate Rating; 7 Non-Metallic Piques; 8 Decarbonized/Operated Carbon Scorching Depth Measurement, etc. 9 Aluminium Alloy, Copper Alloy, Nickel Alloy, etc.G.G./TJ08-2001-2007 (J10973-2007) Technical Protocol for the Detection and Identification of Steel Structures, DG/TJ08-804-2005 (J10616-2005) Standards for the Detection and Evaluation of Established Buildings 4, GB/T 17455-1998 Technology for the Reproduction of Gold Phases for Non-Detributive Detection Surface Inspection, 5, DNV Ship Entry Level Regulation for Ships/High-speed, Light and Naval Surface Ships - New Ships 6, BS EN 1321-1996Standard Tests on Weblids in metaltic metals-Macroscopic and microscopic analysis of welds, E45-05 Standard Tests for Decorating the Incordable Steel, 8 GB/T 3949-2001.9015-1:2001 " Metal materials welding destructive test - hardness test - Part I: hardness test for arc welding head " , 10, ISO 9015-2:2001 " Metal materials welding destructive test - hardness test - Part II: hardness test for arc welding head " 11, BS EN 287-1: 2004 " Qualification test of welders-Fusion Welding-Part 1: Steel " 12, GB/T 5617-2005 " Measurement of the depth of effective hardening layer after a steel sensor fire or flame fire " 13, DL/T 868-2004Welding as a tester 14, DL/T773-2001, 12 CrMoV Steel Spherical Rating Standard, EN 1320, DESTROPIC testes on welds in metalic metorals-Fracture test 16, GB.T6417.1 - 2005/ISO 6520-1: 1998 Metallic welding head deficit classification and description 17, GB/T13320-91, TEMS 18, GB/T3098.1 - 2000/ISO898-1: 1999 " Tighten solids mechanical performance bolts, bolts and screws " 19; GB/T 1172-1999 " Tightness and strength conversion values for black metals " 20; GB/T11354-2005 " Depth determination and golden tissue inspection for diatric seep in steel parts 21; GB/T 2654-2008/ISO 9015-1:2001 " Welding cortex hardness test method " 22; ISO 5817:2003 " Welding-steel, nickel, titanium and alloys " (except for high-strength beam welding heads) 23; BS EN 1043.1: 1996 " DESTRUCTION QUALIZATION LEVEL " 23; BS EN 1043.1: 1996 " DESTRUCTION "Tests on welding processes for steel, nickel and nickel alloys, 2004, 25, JGJ81-2002 Technical Instructions for Welding of Building Steel Structures, 26, GB/T 10561-2005/ISO 4967: 1998 Micro-testing of Measurement Ratings of the Level of Smoldery of Steel and Central African Metals Platels, 27, DL/T 674-1999 Pyrotechnical Standard for Lightly 20 Steel bellies, 28, DL/T 674-1999 Pyrotechnic Rating Standard for FireworksGB/T 9450-2005 Measurement and proofing of the depth of the carbon-drunked pyrotechnic layer of steel impregnated steel, 29, GB/T 9451-2005 Measurement of the depth of the general or effective hardened layer of steel surfaces 30, GB/T 6394-2002 Method of Measurement of the Mean Crystal Particle Metallic 31, GB/T 231.1-2002/ISO 6506-1:1999 Part 1 of Metal Breth Stifling Test: Test Method 32, GB/T 17394-1998 Method of the Metal Rystalm Test 33, JB 4708-2000 Welding Process Assessment of Steel Pressure Container 34, GB/T4340.1-1999/ISO 607-1:1999 Metal-Will Hardness Test Part 1: Test Method 35, GB/T 224-87 Decarbonation Depth Determination of Steel 36, GB/T 226-91 Low-multiple tissue and defects acid corrosion of steel 37, GB/T 6401-86 Gold-Speculation of Alpha-Systems in Steam-Small-Small-Small-Small Steel 38, GB/T 7216-87 Grey Casted Iron Photophase 39, GB/T 9441-88 Solid-Moled Iron Gold Pymetry 40, GB/T 13298-1991 Cotangular Organization Test Methods for Steel 41,GB/T 13299-1991. Methodologies for the Microorganization of Steel 42, GB/T 13302-91. Methodologies for the Assessment of Carbon Flow in graphite in Steel 43, GB/T 13305-91. Law for the Determination of Gold-Spectrometry of the α-phase content in Austrocetite stainless steel 44, GB/T 1979-2001. Low-Mixed Fault Rating Chart of Structured Steel 45, JB/T 5074-1991 Low- and Medium-Cyber Steel Spherical Ratings

The Kim-Ying Skills Competition, which is designed to strengthen the basics of material-related professions, stimulate students’ interest in learning, and develop basic skills, hands-on skills and craftsmanship, became a national university competition, endorsed by the relevant departments of the Ministry of Education. The Golden-Skills Competition for university students was originally launched by the University of Chen-Wah, Beijing University of Science and Technology, Tianjin University, National Defense Science and Technology University, Kunming University of Technology, Chungking University, South East University, Naknan University, Changzhou University, Shanghai Institute of Applied Technology, and others.

As energy and environmental problems become more and more prominent, new energy vehicles are the key industries that countries are now struggling to develop, with batteries and their energy control systems undoubtedly the most pressing challenge to be tackled, and increasing the energy intensity of storage and the safety of use has been a hot spot for research. Quality control, from tri-powder to orthodox materials, from graphite copper to negative materials, finished batteries, and laser welding in battery casings, etc., is not dependent on the aid of gold phase equipment.