感应线圈设计

1、线圈设计：高频加热的成功于否取决于感应线圈的对加热体的大小，形状，间距的有关。感应线圈是要做到均匀加热、加热效果好，并且要有强度和准确度。感应线圈是一般用一圈或数圈的铜管来做，一般采用水冷的方式对线圈进行冷却。简单形状的线圈容易设计，但是复杂的线圈设计比较复杂，计算难，一般主要靠经验和熟练来设计。感应线圈的基本形状一般如下图所示。被加热体的外面，内面，平面加热的方式，（A）是一般用的最多的形状，（B）比（A）的效率低，一般主要用于管材里边加热，（C）是主要用于被加热体的表面连续加热。物理特性:Elementar y symbolNameAtomicweightSpecifi c weightM

2、eltingpointBoilin g pointSpecificheatCoefficiento f heat conductionElemen tnumberAgsilver107.88010.49960.8022100.056(0)1.0(0C)47Alaluminum26.972.699660.220600.2230.5313Asarsenic74.915.738146100.082-33Augold197.219.321063.029700.0310.7179Bboron10.822.32300+-30025500.309-5Beberyllium9.021.848127727700

3、.520.0384Babarium137.3633.74704+-2016400.068-56Bibismuth209.09.80271.3014200.0340.02083Ccarbon12.0102.223700+-10048300.1650.0576Cacalcium40.81.55850+-2014400.1490.3020Cdcadmium112.418.65320.97650.0550.2248Cecerium140.136.9600+-5014400.042-58Cocobalt58.948.851499+-129000.0990.16527Crchromium52.0177.1

4、9187525000.110.1624Cscesium132.911.928+26900.052-55Cucopper63.548.961083.026000.0920.9429Feiron55.857.8961536.027400.110.1826Gagallium69.735.9129.8720700.079-31Gegermanium72.605.36958+-1027000.073-32Hgmercury200.6113.54638.363570.0330.020180Inindium114.767.31156.414500.0570.05749Iriridium193.122.524

5、54+-353000.0310.1477Kpotassium39.0960.8663.77700.1770.2419Lalanthaduim138.926.15826+-518000.045-57Lilithium6.9400.535186+-513700.790.173Mghydrogen24.321.74650+-211100.250.3812Mnmanganess54.937.43124521500.115-25Momolybdenu m95.9510.22261037000.0610.3542Nasodium22.9970.97192.828920.2950.3211Nbniobium

6、92.918.572468+-1033000.065(0C)-41Ninickel58.698.902145327300.1120.19828Ososmium190.222.52700+-20055000.031-76Pphosphorus30.981.824412800.017-15Pblead207.2111.36327.425817400.0310.0882Pdpalladium106.712.03154440000.058(0C)0.1746Ptplatinium195.2321.45176944100.0320.1778Rbrubidium85.481.5339+-16800.080

7、-37Rnradon102.9112.441966+-345000.0590.2145Ruruthenium101.712.22500+-10049000.057(0C)-44Ssulfer32.0662.07119.0444.60.175-16Sbantimony121.766.62630.514400.0490.04551Seselenium78.964.81220+-56800.084-34Siselicon28.062.331430+-2023000.162(0C)0.2014Sntin118.707.298231.922700.0540.1650Srstrontium87.632.6

8、770+-1013800.176-38Tatantalum180.8816.6542996+-5041000.036(0C)0.1373Tctechnetium127.616.235450+-1013900.0470.01452Ththorium232.1211.66175030000.126-22Tititanium47.904.5071688+-1030000.126-22Tlthallium204.3911.85300+-314600.0310.09381Uuranium238.0719.071132+-5-0.0280.06492Vvanadium50.956.11900+253460

9、0.120-23Wtungsten183.9219.03341059300.0320.4874Znzinc65.387.133419.5059060.09150.2730Zrzirconium91.226.4896.48929000.066-40金属分类:项目化学成分%PA居Cu具E固1上阵温发七液上阳温度七惮授温度七Bcup-l，即52bd0.21妁7】（rc豹力34c790-930Beu p-268-75-bd0,21妁*oc的793匕735-845*0Beup-3工4 452b1o,?l一的的独宓73Q8D*CBcvp-46,67.75X2balu. 21的的;刘C690-7WX!Bcu

10、p-5*5314*15 5blP 0-2|药645 c的800c7Q3 Beitp-66.8-721.8-22bftl& J的困七的顼re7307154c的插入金属的种类项目花季成秀N参考直A(CuZnCd其他以外合金元素面上限活度c液上限总度惮事温度PBAg-fl44.Q-4 Q14XM6Q14Q-IS0Z342M.的期c痴和C3720U日 A/1A与 M51 01416514S18J17JD-15U一豹Gre妁 635P战IWCBAg-234.0-36 D250-270190-23.0170-19C的儆re的700cTOM45cBAg.3阕gl 0145T63134I?，151Mg 口Ni

11、 2 5-3 5蚪由c妁 690c60ksi 5七1BA 4390-41029.Q-31Q36 0-30 0-E 5的仃比的颂P78fWWClBAg.x40-46039.0-310330-27 0-一的的X：的 64TC745-WCBAg4国 21 JO33g3 D140-13 0的族re的6%七2WCSAg-7M27#21.0-23.0LffkLPOSn 475的 620C的丽C陷他。BAg7A44046 JO全口需JO23.0i70*;如 二 23$纳MTC的面t好 TJOCBAg-7B熟25.3437。25 g9 0,Sn 25-3 5的网的7309加晒C 1B内巴曲71.0-73 DB&1-swe的7S0七7S0WCBAg&A71 0-73 JOB&l-b 01541.50的 d?trc的770c加 870cEAg-18用31。94-&工 9M，轲阿c约硒七m弘reBAg-2029