化工与医药工程
化工與醫藥工程
화공여의약공정
Chemical and Pharmaceutical Engineering
2015年
4期
16-18
,共3页
密相气力输送%料栓%稳定输送%作用力%振动
密相氣力輸送%料栓%穩定輸送%作用力%振動
밀상기력수송%료전%은정수송%작용력%진동
dense phase pneumatic conveyance%particle plug%stable conveyance%acting force%vibration
密相气力输送技术已成为输送固体物料的新途径，其一个重要指标就是输送系统的稳定性，输送过程是否稳定主要看输送管道的振动。要想使输送系统更加稳定，必须对密相输送过程进行分析，找到管线振动的来源，从而控制好输送过程中的参数，进而解决管道振动的问题。
密相氣力輸送技術已成為輸送固體物料的新途徑，其一箇重要指標就是輸送繫統的穩定性，輸送過程是否穩定主要看輸送管道的振動。要想使輸送繫統更加穩定，必鬚對密相輸送過程進行分析，找到管線振動的來源，從而控製好輸送過程中的參數，進而解決管道振動的問題。
밀상기력수송기술이성위수송고체물료적신도경，기일개중요지표취시수송계통적은정성，수송과정시부은정주요간수송관도적진동。요상사수송계통경가은정，필수대밀상수송과정진행분석，조도관선진동적래원，종이공제호수송과정중적삼수，진이해결관도진동적문제。
Dense phase pneumatic conveyance technology has been the new route for transporting bulk solid. One important feature is the stability of conveying system, however the stability lies in whether there is vibration of conveying piping. To make conveying system more stable, it is necessary to analyze the process of dense phase conveyance and to ifnd the source resulting in vibration, so that the parameters in conveying process can be controlled and the vibration of piping can be avoided.
