感应加热手册

感应加热手册

第一章绍言...................................................

§1.1感应加熟的发展背屎............................................./

§1・2感应加渊里理....................................................

§1-3感皮邠般的乱用..................................................

§K4电源软置.........................................................

§1.5经济性、安全忖和切向坏贬.....................................

第二章穿透感应加熟........................................JJ

§2.1穿透加热的应用介绍............................................

§2・2注咬效应.......................................................

§2-3热谪射和热对瓯..............................................29

§2.：膏透痣应加热时的温度分小....................................3/

§2.51也流深应:机屈射热的影响............................J7

§2.6......................................................................................3,

§2.7穿.涉球应尔热的频率选择.......................-.............37

§2.8感应圈设计的技术条件.........................................40

§2.9感应线圈的等效电造设计法..................32

§2.10感应线圈的近似设计法........................................

§2.11峨应线圈的机械结构.........................................”

§2.12版”:的二次加热.......................................77

S2,13行独惑应加热.........7J

§2.14多层感应线圈.................................................7a

§2.15适于挤压加工的阶悌式加感..................................

§2.16按比例缩小的史以方法.......................................SO

笫三章表面感应加热.........................................用

§3.1热处理冶金原理.................................：..............

§3.2淬火与冷却方式............93

§3.3渗应热处理中的频率逃押，…，............................”

§34友而感应忡火过程中的限度分布............1D6

§?・6感应型设计的应M细则......................................108

§3.6感应罔的机械续构...........................................m

第四章逮应加热的其它应用.............................〃6

§41钎焊和锦爆..................................................116

§4.2管f爆灯.....................................................730

§4.3㈱脂釜及其它容器的加热....................................”2

§&・4涂粘干燥...................................................../“

§4.6椒料阐工中的感应加热......................................

§4・6退火及消除应力..............................................14G

§4.7纵向威通感均加热...........................................“9

§4.8祸向成通加热................................................J50

§4.9半导体生产工艺..............................................JS2

§4.10根应加熟的其它应用.........................................”8

第五说感应熔炼.........................................164

§5.1惑反燎炼的原里.............................................Jbl

§5.2无芯感应炉....................................................

§5・3城式感应炉.................................................179

§5.1无芯感应炉和槽式感应炉的对比............................

§5.5绐炼炉的特殊性能...........................................J99

第六章二坝加热系统.....................................”7

§E・1优点和同限性...................................”7

§6・2负载网配.......................................“9

§6.3控制及开关装置.............................................2g

§"4晶体管电路功率控制器......................................加

§6.5工领的测量系箕..............................................

§6.6工件装卸设备.....................................2/0

§6.7熔炼炉系统...................................................

§6.8嫉率僭增器..................................................215

§6.9双墩系统....................................................2"

第七章中频电动交流发电机系统.........................

§i・l序言................................................218

§九2中频段电机的原理................................219

§7.3感应交流处电机的机械特点.................................225

§7.1发电机的电特性............................................228

§7.5负祓匹配和调W.................................................................................233

§7.6控制条岐....................................................3”

§7.7自动调压器................................................2"

笫八章可控硅中频系统.........................................

§8-1可控裱中频变版器的由※.....:............................."3

§8.2中人感应加担负载的特性....................................2"

§g.3XtfnJ6^I后••••••.........244

§9.4可捏杆萼流落的特性............................-..........“5

§8.5班本的交烘拜系统..............247

§8.G扫频系铳….................................................249

§8・7负我游抵系统..............................................25?

§8・8效率和用抗特性对比.......................................2SS

§8・9控制和保护系统............................2”

§8-10结棺和布置.................................................2S9

§8・11投费费和运行费...............................262

§«.12变频霖和电动交池发电机之间的对比..........263

第九章高频系统................................265

§9.1高狈发生器的基本原理.....................2G

§9・2工业用商据加上振荡牌总空管..............................274

§9.3理想的工业月振洗真空后特作........................24

§9.1工业用三帙其空管的结也.............................2〃

§9.5磁聚焦三极管...............................................282

§Q.6C级振荡器的设计...........................................285

§9.7阳极高东电源.................................................

§0.8控制电潞....................................................28

§9.9功率控制系铳..........................................293

§9.1。负载四配输”1电路..........................................

§9.11而频濡盘.................................................322

§9.12发生器的可靠忤...........................................

第十章辅助设备...................................................

§JC.1测脑艮木.................................................

§to.z工频抑【品................................................ns

§10.3中网测房................................................36

§131襦胺测星................................................门7

§!0.3集介测盘却拄射.........................................no

§)0.GM度溜用................................................3心

§10.7共伫测量...............................................32S

§10.8温曳控制系统...........................................32s

§10.9功*控制和调慑.........................................“8

§10.10电缆和汇流邮............................................?”

§10.11澳作i殳谷................................................."3

笫卜一章经济性.......................................346

§11-1各种电源的经琼性和热效率..............................346

§U.2淬火知如凄的成本分析..................................349

§11.3锻造蒯热的比较.........................................?口

§11.4端炼炉的成本...........................................3S9

§11.5其它统法K素.................................•…"2

第十二章感应加热理论................................”3

S12.1弓J言.....................................................S3

§12.2半无限大板材的维股效皮................................363

§12.3半无限厚模材的功率和蔽通.........”/

§12-1宽矩形板材中的感应功率和磁遹.........................”7

§12.5实心圆柱体中的功率和秘通.............................3a2

§L2・6空心圆柱体中的感生功室...........*.......J”

§12.7非统性理论..............................................398

§12.8邻近加热................................................，力

第十三章热传导........................................

$13.1序言................................................406

§13.2功率、平均潞度和时同之间的关系......................3

§13.3在阴|柱形坯料中的温度分相.............................«”

§"・4圆柱形钢坯的保乱冏期..................................皿

§13.5画柱形钢坯中电流深度的影响...........................”；

513.6圆柱形网斑中的幅射影响................................，”

§13.7矩形板材...................................................

§13.R辑时....................................................420

§13.9注田祥火时的热化号........................”25

§13*10行超始林向流.度分布的国K......................................................«32

§13,11在导管中的冷印水........................................7

第十四章安全和环境条件.....................................“4

§14.1概述、制造厂的义行....................................

*ld・2安全员，用户和取员的职责................................

§14.3国乐安全条傀............................................…

§"•4国际甩工找木登员分QEC）的安全建以....................”7

§14.5环庵和专有名词........................................39

附录1电加热京语............................................E

AL.1电加络设备筏功库的分类..................................E

A1.2技；K河；匚...........