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气力输送从出现到广泛应用,经历了从稀相到密相的研究转变,促进了气力输送的不断发展。
作者: qlssxtcn           时间:2019-12-18 21:44:03

     QILISHUSONGCONGCHUXIANDAOGUANGFANYINGYONG,JINGLILECONGXIXIANGDAOMIXIANGDEYANJIUZHUANBIAN,CUJINLEQILISHUSONGDEBUDUANFAZHAN。

       JIUDANGJINGUONEIWAIDUIFENTIQILISHUSONGDEYANJIUERYAN,DADUORENGJIZHONGYUJIAODUANJULIDEMIXIANGQILISHUSONG,ZHUYAOSHIWEILEJIEJUEGONGCHANGNEIBUHUOGONGCHANGJIANDEJINJULIQILISHUSONGWENTI,ERDUIYUZHANGDASHUSHIGONGLIDEZHANGJULIQILISHUSONGXITONG,RUDIANCHANGCHUHUIDEQILISHUSONGXITONG,YOUYUJISHUXIANZHI,CHANGCAIYONGDUOJIJIELIHUOXITONGCHUANLIANDEFANGSHILAISHIXIAN。DANZAIXIANCHANGTIAOJIANSHOUXIANHUOZHENGDIKUNNANDEQINGKUANGXIA,SHIXIANZHANGJULIQILISHUSONGRENGBIJIAOKUNNAN,YINCIPOQIEXUYAOZHANGJULIQILISHUSONGXINJISHUDEYANJIUKAIFA。

     对长距离输送的需求越来越大,因此需要对长距离粉体气力输送进行专门研究。解决粉体长距离气力输送需要从输送过程能耗和稳定性两方面综合考虑,既要达到输送的压力需求,又要保障输送不堵塞。无论是降低输送过程的能耗,还是保证输送过程平稳不堵塞,都应对管道内的气固两相流动机理和管道内的摩擦特性进行深入研究。

  NENGHAOSHIQILISHUSONGGUOCHENGZHONGDEDONGLIXIAOHAO (YAJIANG),JIANGDINENGHAOKESHIDANWEISHUSONGZHANGDUYAJIANGJIANXIAO,YANZHANGSHUSONGJULI。QILISHUSONGYAJIANGYUHENDUOYINSUYOUGUAN,QIZHONGZUIFUZADUOBIANDEJIUSHISHUSONGWULIAODEXINGZHI。BUTONGZHONGLEI、LIJING、SHUIFENDEFENTIQILISHUSONGGUILVBUTONG,DUIYUTONGYIZHONGFENTI,LIDUJIFENBU、HANSHUILVSHIYINGXIANGFENTILIUDONGXINGDEZHUYAOYINSU。LIDUYUEXIAO,FENBUYUEKUAN,SHUIFENYUEGAO,QILIUDONGXINGYUECHA,ZEQILISHUSONGYUEKUNNAN。

 


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