物理实验
物理實驗
물리실험
PHYSICS EXPERIMENTATION
2013年
11期
8-11
,共4页
魏胜非%李忠民%张玲%许德玄
魏勝非%李忠民%張玲%許德玄
위성비%리충민%장령%허덕현
ZigBee%大气污染物%颗粒传感器
ZigBee%大氣汙染物%顆粒傳感器
ZigBee%대기오염물%과립전감기
ZigBee%atmospheric pollutant%particle sensor
为了加强对大气颗粒物的监测,提出了应用物联网ZigBee技术进行监测大气污染物的方法,并设计了相应的物联网节点。在3个区域内的物联网监测和传统人工方法实验结果表明:2种方法所取得的数据高度相关,因此物联网监测可以用于大气污染物监测。
為瞭加彊對大氣顆粒物的鑑測,提齣瞭應用物聯網ZigBee技術進行鑑測大氣汙染物的方法,併設計瞭相應的物聯網節點。在3箇區域內的物聯網鑑測和傳統人工方法實驗結果錶明:2種方法所取得的數據高度相關,因此物聯網鑑測可以用于大氣汙染物鑑測。
위료가강대대기과립물적감측,제출료응용물련망ZigBee기술진행감측대기오염물적방법,병설계료상응적물련망절점。재3개구역내적물련망감측화전통인공방법실험결과표명:2충방법소취득적수거고도상관,인차물련망감측가이용우대기오염물감측。
In order to strengthen the monitoring of atmospheric particulate ,a method based on ZigBee technology was proposed ,the corresponding nodes were designed .Experiments were carried out by ZigBee technology and traditional manual way ,respectively ,in three regions .The experimen-tal data of two methods were analyzed .The results showed that the data obtained by both methods were highly correlative and proved that the ZigBee method could be used to monitor atmospheric pollu-tant .