安全生產(chǎn),濕法制乙炔論文

1、郯城縣職業(yè)中等專業(yè)學校畢業(yè)設計（論文）郯城縣職業(yè)中等專業(yè)學校郯城縣職業(yè)中等專業(yè)學校畢業(yè)論文論文名稱：稱：電石濕法制乙炔原理及流程學校：校：學生姓名：名：完成日期：期：郯城縣職業(yè)中等專業(yè)學校畢業(yè)設計（論文）2目錄1電石破碎工序.................................................................................................11.1電石簡介...

2、..................................................................................................................11.1.1物理性質(zhì)................................................................................................

3、...........11.1.2化學性質(zhì)...........................................................................................................11.2電石標準....................................................................................

4、.................................21.3破碎原理....................................................................................................31.4工藝流程敘述.....................................................................

5、........................................32發(fā)生工序.........................................................................................................32.1乙炔發(fā)生器的內(nèi)部結(jié)構(gòu).......................................................

6、......................................32.2氮氣.............................................................................................................................42.2.1物理性質(zhì).........................................

7、..................................................................42.2.2健康危害...........................................................................................................42.2.3水封.............................

8、......................................................................................42.3發(fā)生裝置流程敘述.....................................................................................................42.4發(fā)生反應原理...........

9、..................................................................................................52.4.1影響發(fā)生因素...................................................................................................52.5發(fā)生控制指標.

10、............................................................................................................52.6發(fā)生器排渣操作.....................................................................................................

11、....5參考文獻...................................................................................................................................................7致謝.............................................................