§Þ³NªA°È  

A1.0 ¤ù¤Î½u³W«h¤Îµw«×ªí
Standard & hardness Table of Wire
A252-A259
A1.1.1 ½uÃþ¤Î¤ùÃþ¸¹¼Æ¹ï·Óªí(¼Ð·Ç/§B©ú¿«/¼Ú¬w/¬ü°ê¸¹¼Æ)
Gauges - Wire & Sheet(SWG/BWG/BG/USG)
A252-A253
A1.1.2 ¤ù¤Î½u³W®æ´«ºâªí-¤½¨î¤Î¬ü¡B­^¡Bªk¡B¨î¹ï·Óªí
Gauges - Sheet & Wire - Metric, Imperial, American & French Standards
A254-A255
A1.2 µw«×¹ï·Óªí
(ºû¤ó/¥¬¤ó/¬¥¤óªí­±/¨v¤óªí­±/¨v¤ó/©Ô¤O±j«×¤ñ¸û)
Hardness Table
(HV/HB/HR/HS/Tensile Strengths)
A256-A257
A1.3 ¦UºØµw«×´ú¸Õªk
Various Hardness Testing Method
A258-A259
A1.3.1 ºû¤óµw«×
(Vickers Hardness)(HV)
 
A1.3.2 ¬¥¤óµw«×
(Rockwell Hardness)(HR)
 
A1.3.3   ¿½¤óµw«×
(Shore(Sclerocope) Hardness)(HS)
 
A1.3.4   ¥¬¤óµw«×
(Brinell Hardness)(HB)
 
A1.4 ¾÷±ñ±j«×³æ¦ì
Pound Per Square Inch (psi)   
A259
     
A2.0  ª÷ÄݤΪ÷ÄÝ¥[¤u¦Wµüªº¤¤­^¹ï·Ó¡B©w¸q¡B¤½¦¡¤Î²Å¸¹ 
Metal Symbols, Metal Working and Treatment Names,
  Definition and Formula  
A261-A271
A2.1

  ±`¥Îª÷ÄÝ¥[¤u¤Î©Ê¯à¦Wµü­^¤¤¹ï·Óªí
General Use Technical Terms on Properties & Working on Metal

A261-A263
A2.2  ±`¥Îªºª÷Äݶq«×¦Wµü¡B¤½¦¡¤Î©w¸q
General Use Metal Measuring Terms and Formula and Definition
A264-A266
A2.3 ¾÷±ñ©Ê¯à¤½¦¡ 
Formula for Calculating the Mechanical Properties
A267
A2.4  ª÷Äݧ÷®Æ²Å¸¹
Metal Symbols
A269-A271
     
A3.0 §÷®Æªº­«¶qªí
Weight of Material
A272-A273
A3.1 ¦UºØ«¬§÷²z½×­«¶qªº­pºâ¤èªk A272
  Weight of Shaped Stainless Steel

³]©w¤½¦¡ Formula

  ¤è(¶ê¨¤) Square (with R)

  ±a§÷¡BªO§÷ Strip/Sheet

  «ó Flat Bar

  ¶ê Round Bar/Wire

  ¤»¨¤ Hexagon

  ¤K¨¤ Octagon

  ºÞ Pipe

  µ¥Ã䨤§÷ Angle Bar (equal side)

  ¤£µ¥Ã䨤§÷ Angle Bar

  ¤u¦r H-shaped Bar

  ¼Ñ Shaped Pipe

 
     
A3.2 ¶ê¡B¤è¤Î¤»¨¤»É¡B¾T¡BÜg¤Î¤£ù׿ûªK¤½¨î§`¦T­«¶qªí
(¨C¤½¤Ø­p) 
Weight of Round, Square, Hexagonal
per metre
A273
     
A4.0 ¤ñ­«,¤Æ¾Ç¤¸¯À,ª÷Äݺ²ÂI¤Î¨£µw¦^¤õµ¥ªº¥[¼öÃC¦â
Specific Gravity,Chemical Element,Melting Point and colours of Heat on Tempering & Hardening
A274-A284
A4.1

¾T¡B¶À»É¡B»É¡B³nÅK¡BÜg¡B¤£ù׿û¤Î¨ä¥Lª÷Äݪºµw«×¡B ¤ñ­«¡B¦ù©µ«×¡B©}ªA±j«×¡B¾É¼ö¡B¤ñ¼ö¤§¤ñ¸û
Comparisons of Hardness, Tensile Strength, Density etc of Aluminum, Brass, Copper, Soft Steel, Titanium, Stainless Steel and Other Metals

A274
A4.2 ¾T¡B»É¡BÜg¡BÅK¡B¿û¡B¤£ù׿û¤Î¨ä¥L±`¥Îª÷Äݤ§¤ñ­«¤Î¤ñ¼ö,¼ö¿±µÈ¨t¼Æ¥­§¡­È¡A¾É¼ö¯à¤O¡A¹qªý¥\¯à¤ñ­«ªí
A Comparison of Mean Coefficient of Thermal Expansion,Thermal Conductivity & Electric Resistant of Aluminum, Copper, Iron, Steel and Stainless Steel
 
A4.3 §÷®Æ¤ñ­«
Specific Gravity

A276-A277
 

¤£ù׿û¤Î¿ûÅK Stainless Steel, Iron & Steel
¾T»P¾T¦Xª÷ Aluminum & Aluminum alloy
µµ»É(¬õ»É)¡B«C»É¤Î¬õ»É Copper, Brass & Bronze
¨ä¥L§÷®Æ Other materials

 
A4.4 ½è¶q­pºâ¤½¦¡
Mass Calculation Methods
A278
A4.5

¤Æ¾Ç¤¸¯À(²Å¸¹/¤¸¯À/Ū­µ/­ì¤l§Ç¼Æ/­ì¤l¶q/º²ÂI/¼ö¿±µÈ¼Æ/¾É¹q²v/§Ü©Ô±j«×/¦ùªø²v/Â_­±¦¬ÁY²v¦Cªí)

Chemical Element Symbol (Incorporated Symbol/Element/Chinese Pronunciation of the name/Atomic No./Mass No./Specific gravity/Melting point/Coefficient of Thermal Expansion/Electrical conductivity/Drawn Resistant ability/ Elongation/Cross section contraction)

A280-A282
A4.6 ª÷Äݺ²ÂI Melting Points of Metals A283
A4.7 ¤u¨ãªº¨£µw,¦^¤õµ¥ªº¥[¼öÃC¦â
Colours of Heat on Tempering and Hardening
A284
A5.0 ¤u·~¼Ð·Ç¤Î³W®æIndustrial Standard & Rules A286-A290
A5.1  ¥@¬É¦U°ê¤u·~¼Ð·Ç¤Î¾Ç·|
Name of Industrial Standards and Association
A286-A290
A6.0 ¼Æ¾Ç¡Bª«²z¤Î«×¶q¿Å³æ¦ì¦WºÙ¡B°O¸¹¤Î´«ºâ 
Mathematics, Physics & Measurement, Denomination, Markings & Conversion
A295-A322
A6.1 ³æ¦ì¤Î´«ºâ
Units and Conversion Factors
A295-A299
  °ê»Ú¤½¨î³æ¦ì
International Metric Units
 
A6.1.1 °ò¥»³æ¦ì Basic Units A295
  ¶q«× measurement  
  ½è¶q  mass  
  ®É¶¡  time  
  ¹q¬y  electric current  
  ¼ö¤O¾Ç·Å«× thermodynamic temperature  
  ·Ó©ú±j«× luminous intensity  
  ª«²zªº¶q amount of substance A295-A296
A6.1.2   ÅÜ´«³æ¦ì Derived Units  
  ¶q«× measurement  
  ¤O¶q force  
  ¤u§@¡A¯à¶q¡A¼ö work,energy,heat  
  °Ê¤O power  
  À£¤O pressure  
  ¹qÀ£ potential  
  ¹qªý resistance  
  ¸Ë¶q charge  
  ¹q®e capacitance  
  ¹q³õ±j«× electric field strength  
  ¹q®e±K«× electric flux density  
  ºÏ³õ¤Þ¤O magnetic flux  
  ¹q·P inductance  
  ºÏ³õ±j«× magnetic field strength  
  ºÏ¤Æ±j«× intensity of magnetization  
  ºÏ®e±K«× magnetic flux density  
A6.1.3 ³æ¦ì´«ºâ Unit Conversion Factors A296-A298
(a) ªø«×¡A®e¶q  Length, volume A296
(b) ½è¶q  Mass  
(c) ±K«× Density  
(d) °ÊÖß«×   Dynamic viscosity A297
(e) ¯à¶q¤Î¼ö¶q  Energy and heat  
(f) ¹qªº³æ¦ì   Electrical units  
(g) ¤O¶q  Force  
(h) ¹B°ÊÖß«×   Kinematic viscosity A298
(i) °Ê¤O   Power   
(j) À£¤OÀ³¤O   Pressure stress  
(k) §á¤O  Torque  
(l) ·Å«×   Temperature  
(m) ´M¼ö²v   Thermal conductivity  
A6.1.4  ¨ä¥L³æ¦ì Other Unit Conversion A299
A6.2 ª«²z±`¼Æ Physical Constants  A300
A6.3 ±`¥Î³æ¦ì¤Î¨ä´«ºâ 
Commonly Used Units & their Conversion
A301-A312
  ­«¶q³æ¦ì¤Î¨ä´«ºâWeight  
1. ¤½¨î­«¶q³æ¦ìªí  A301
2. ±`¥Î­^¨î­«¶q³æ¦ìªí A302
3. ­«¶q³æ¦ì´«ºâªí   
  ªø«×³æ¦ì¤Î¨ä´«ºâMeasurement  
1. ¤½¨îªø«×³æ¦ìªí  A303
2. ¤½¨î­^¨î´«ºâªí
Metric v. Imperial System
 
3. ­±¿n³æ¦ì¤Î¨ä´«ºâ  A304
  ®e¶q³æ¦ì¤Î¨ä´«ºâVolume  
1. ¤½¨î®e¶q³æ¦ìªí  A305
2. ±`¥Î­^¨î®e¶q³æ¦ìªí  
3. ¤½¨î¤Î­^¨î®e¶q³æ¦ì´«ºâªí A306
  ²G¶q³æ¦ìLiquid Measure of Capacity A307
  ²GÅéÃĶq³æ¦ìApothecaries¡¦ Fluid Measure A308
  °®¶q³æ¦ìDry Measure of Capacity  
  ¶ê©·©Î¨¤«×³æ¦ìCircular or Angular Measure  A309
  ¥\²v³æ¦ì¹ï·Óªí   
  ¤½¨î°¨¤O»P¤d¥Ë¹ï·ÓªíPS v. kw   
  ¤d¥Ë»P¤½¨î¹ï·Óªíkw v. PS  A310
  ­«¶q/ªø«×¤§¤½¨î­^¨î´«ºâ  
  À£¤O Pressure  
  ±K«× Density  
  µØ¤ó·Å«×Äá¤ó·Å«×¹ï·Óªí 
Temperature (Fahrenheit (˚F) v. Celsius (˚C)
A311
  Äá¤ó·Å«×µØ¤ó·Å«×¹ï·Óªí
Temperature (Celsius(˚C) v. Fahrenheit(˚F)
A312
A6.4 ©Ô¤O´«ºâªí - ¤½¤ç/¥­¤è¤½Íù = ½S/¥­¤è¦T 
Tensile Strength Conversion Chart ¡V kgf/mm²=1b/in²
A313
A6.5 ©Ô¤O´«ºâªí ¡V ¤½¤ç/¥­¤è¤½Íù = ³æ¦ì/¥­¤è¤½Íù 
Tensile Strength Conversion Chart ¡V kgf/mm²=N/mm² or MPa
A314
A6.6 ±`¥Î¼Æ¾Ç¡A´X¦ó¡Aø¹Ï²Å¸¹ªí
General use Mathematics, Geometric, Drawing Signs
A316-A317
A6.7 ¤½¤ç(¤d§J)ªº°_·½
The Origin of Kilogram  
A318
A6.8  §ÆÃ¾¦r¥Àªí 
Greek Alphabet
A319
A6.9 ¹qºÏ¼Æ­Èªí  A320
A6.10 ¦a²y¦a´ß¤¸¯À 
Elements consisting of the earth crust
A321
A6.11 ¤Oªº³æ¦ì¡B¤ÀÃþ¤Î²Å¸¹
Unit and Abbrivation of Force
A322
A7.0 ¤uÃÀ§Þ³NTechnical Skills A324-A340
A7.1  ¼Ò¨ãÂ_µõ¤Î®e©ö·l¯Óªº­ì¦] Wearing Factors of Dies A324-A325
A7.2 ¤£ù׿û§÷»P¼Ò¨ã¤§¶¡»Ø Clearance of Die  A326
A7.3 ¨RÀ£¼Ò¨ã¤½»P¥À¤§¶¡À³¯dªº¶¡»Ø 
Clearance of Punch and Die
A327
A7.4 ¨Ï¥Î®É¶·ª`·N¨Æ¶µ Handling Precautions  A328
A7.5 µw¤Æ¤Î¼ö³B²z Heat Treatment Hardening  A329-A334
  ²f¤õ»Pµw¤Æ Tempering & Hardening A329
  ¥¿±`¤Æ Normalization  
  °h¤õ: Annealing:  
 

§¹¥þ°h¤õ full annealing

 
 

ÂX´²°h¤õ diffusion annealing

A330
 

§C·Å°h¤õ low temperature annealing

 
 

¤¤³~°h¤õ process annealing

 
 

²y¤Æ°h¤õ spheroidizing annealing

 
 

¥ú½÷°h¤õ bright Annealing

 
 

¨ä¥L¤èªk¥]¬A other method

 
  ²f¤õ: Quenching: A331
 

®É¶¡²f¤õ  time quenching

 
 

¶ø¤óÅKÅé²f¤õ austempering

 
 

°¨¤óÅKÅé²f¤õ marquenching

 
 

²f¤õ¾¯/§N«o³t«× tpray quenching

A332
  ¦^¤õTempering  
(1) §C·Å¦^¤õ¤Î°ª·Å¦^¤õ Tempering at low temperature  
(2) °ª·Å¦^¤õ Tempering at elevated temperature  
(3) ¦^¤õ: Tempering:  
 

µw¤Æªk temper hardening

 
 

ªí­±µw¤Æ surface (case) hardening

 
 

º¯ºÒ¤Æ carbonizing

A333
 

´á¤Æªk nitriding

 
 

µ¥Â÷¤l´á¤Æªk plasma - nitriding

 
 

®ðÅ麯ºÒ¤Æ gas - caburizing

 
 

ÆQ²G¤Æ liquid - salt Bath

 
A7.6 Ãä½t³B²z Edge Finish  A335
A7.7  ¤£ù׿ûÀ³¤O°h¤õ¨÷¤ù±`¥Î³W®æ¦Wµü¹Ï¸Ñ  A336-A337
  ´Tªø¨÷¦±«× Coil set  A336
  ¤ùÃäÅs¦±«× Camber  
  ¾î´T¨÷¦±«× Cross Bow  
  §á¦±«× Twist  
  ¤ùÃä¾ã»ô«× Waving at the Edge  
  ¥W²ª¤ÎÂI»k Dents and Pitting  
  ½u¯¾ Lines  
  ©Ô¤O°h¤õ«áªº¿û¤ù Tension Annealed Material  
  ªo¯×¤Î¥Íù× Grease, Oil and Rusting  
  ¥]²Ï¿û¤ù Interleaf Paper  
  ®Ö¤ßª½®| Inner Core Diameter  
  ¥X¼tÃÒ©ú®ÑMill¡¦s Certificate  
  ¹Ï¸Ñ Picture Description  A337
A7.8 ²k®Æ¤Î²k¾¯¡B¤Îµw²k¦Xª÷ 
Solders, Fluxes & Soldering Alloy
A338-A340
A7.8.1 ²k®Æ¤Î²k¾¯ Solders and Fluxes  A338
A7.8.2  ³n²k¾¯ Fluxes for Soldering A339
A7.8.3    »É¤Î»Èµw²k¦Xª÷¦¨¥÷ 
Composition of Hard Solder Alloy for Brazing
A340
A8.0 ¥«³õ¦^ÅUMarket History  A341-A346
A8.1 Âì¡B»É¡B¿ü¡B¤Î¾T¤§°Ó«~»ù®æ¦±½u¹Ï 
Commodity Price of Nickel, Copper, Tin and Aluminum
A342
A8.2.1 1991¦Ü1998»É¦¨¥æ»ù
Copper historical prices ¡V 1991 to 1998
A343
A8.2.2

1991¦Ü1998¾Nªº¦¨¥æ»ù
Monthly Average Zinc LME Historical Prices ¡V 1991 to 1998

A344
A8.2.3 ¦è¤è¥@¬É¾N·Ò»s²£¶q(¤d¾·) 
Western Would Refined Zinc Production(1,000 tonnes)
A345
A8.3

¤é¤¸¹ï´ä¤¸¶×»ù (¨C¤ë¤§³Ì°ª¤Î³Ì§C)
Japanese Yen (JPY) Exchange Rate Against HK Dollar (HK$)
(´ä¹ô HK $ ? = ³ü¸U¤é¤¸ (JPY 10,000)

A346
A9.0 ­Û´°ª÷ÄÝ¥æ©ö©Òªº¥æ©ö¤èªk 
London Metal Exchange Transaction Rules
A347-A349
A9.1 «e¨¥ A347
A9.2 ­Û´°ª÷ÄÝ¥æ©ö©ÒªºA¯Å»É¥æ©ö²Ó«h
LME, copper ¡V Grade A(Cathodes)contract rules
A347
A9.2.1 ¥æ©ö³f¹ô¡B§å¶q¤Î³Ì¤Ö¤W¸¨»ù  
A9.2.2 ¥I³f´Á (Delivery dates)  
A9.2.3 »Éªº¥æ¦¬«~µP¡B»s³y°Ó¡B¥æ¦¬¦aÂI¡B§Îª¬¤Î­«¶q
Brands,makers,shapes and weight of copper delivery
 
A9.3 ­Û´°¥æ©ö©Òªº¾T°Ó«~¦¨¥æ©ö²Ó«h
LME, Primary aluminum contract rules
A348
A9.3.1 ¥æ©ö³f¹ô¡B§å¶q¤Î³Ì¤Ö¤W¸¨»ù  
A9.3.2 ¥I³f´Á (Delivery dates)  
A9.3.3 ¾Tªº¥æ¦¬«~µP¡B»s³y°Ó¡B¥æ¦¬¦aÂI¡B§Îª¬¡B­«¶q¤Î«~½è  
A9.4 ­Û´°ª÷ÄÝ¥æ©ö©Òªº¾T°Ó«~¥­§¡»ù®æ´ÁÅv 
LME, Trade Average Price Option for Aluminum(TAPOS)
A349
A9.5 ¾N°Ó«~¥æ©ö²Ó«h
Zinc Contract Rules
A349
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