鎮店之寶
幫助

熱搜詞條

本月|本周
換一批

優質供應商

百科顧問團

更多

百科幫你漲姿勢

更多

百科入駐企業
詞條已成為企業、品牌等進行網絡宣傳的基本手段之一。不管是500強企業還是微型公司,都擁有或正在建設自己的企業詞條。馬上加入儀表百科,讓您的企業詞條排名到各大搜索引擎首頁。
馬上入駐

新手上路
學習操作方法,讓網友看到你編輯的詞條。
常見問題
編輯詞條遇到難題,找找最新的解決方案。
投訴建議
詞條不科學服務有問題,樂意聽取您的意見。
[{"ID":"2875","Title":"凝點傾點儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"8","Detail":"凝點傾點測定儀采用現代高新微電子控制技術,結合半導體制冷技術,采用MCS-51系列單片機作為系統控制核心。$detailsplit$1簡介彩色液晶顯示,中文人機對話,向導式操作,測定過程全部自動化(自動制冷控溫,自動檢測),實現對試樣的自動化分析。其特點是測試速度快、結果準確、重復性好、穩定可靠、操作簡便。可自動測量輕柴油、各種潤滑油和其他石油產品的凝點或傾點。在測試時,只取少量樣品,在程序降溫過程中,實施自動檢測,測試結果直接打印。適用于煉油廠、電力、鐵路、航運、石油公司及油料商業部門對輕質油","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 14:08:14","UpdateTime":"2019/11/27 14:20:52","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104612510231484698.jpg","PictureDomain":"img68","ParentID":"2828","MainID":"2828","MainTitle":"凝點傾點儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"N","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"凝點傾點儀"},{"ID":"2883","Title":"太陽能測控儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"7","Detail":"太陽能熱水器儀表是用數字方式顯示水溫、水位;全自動水位控制,水位低于規定值報警并自動上水,上水到規定水位時自動停止上水。$detailsplit$1產品介紹太陽能熱水器儀表是用數字方式顯示水溫、水位;全自動水位控制,水位低于規定值報警并自動上水,上水到規定水位時自動停止上水(水位的上限可由用戶自行設定。設定參數具有斷電保護,重新上電不需要用戶再設定);水位界于高低水位之間時,可以通過觸摸鍵手動上水、停水;當水壓不足時,自動控制增壓泵投入工作,避免因水壓不足導致上水失敗;全自動的溫度控制,禁止高溫","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 14:48:23","UpdateTime":"2019/11/29 11:29:37","RecommendNum":"0","Descrip":"","Picture":"2/20191129/637106237740005701618.jpg","PictureDomain":"img68","ParentID":"2836","MainID":"2836","MainTitle":"太陽能測控儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"T","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"太陽能測控儀"},{"ID":"2884","Title":"太陽能水位儀表","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"太陽能熱水器儀表是用數字方式顯示水溫、水位;全自動水位控制,水位低于規定值報警并自動上水,上水到規定水位時自動停止上水。$detailsplit$1產品介紹太陽能熱水器儀表是用數字方式顯示水溫、水位;全自動水位控制,水位低于規定值報警并自動上水,上水到規定水位時自動停止上水(水位的上限可由用戶自行設定。設定參數具有斷電保護,重新上電不需要用戶再設定);水位界于高低水位之間時,可以通過觸摸鍵手動上水、停水;當水壓不足時,自動控制增壓泵投入工作,避免因水壓不足導致上水失敗;全自動的溫度控制,禁止高溫","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 14:50:34","UpdateTime":"2019/11/27 14:52:11","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104631297842480769.jpg","PictureDomain":"img70","ParentID":"2837","MainID":"2837","MainTitle":"太陽能水位儀表","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"T","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"太陽能水位儀表"},{"ID":"2873","Title":"粒子圖像測速","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"粒子圖像測速,是一種用多次攝像以記錄流場中粒子的位置,并分析攝得的圖像,從而測出流動速度的方法。其基本原理是在流場中布撒示蹤粒子,并用脈沖激光片光源入射到所測流場區域中,通過連續兩次或多次曝光,粒子的圖像被記錄在底片上或CCD相機上。采用光學楊氏條紋法、自相關法或互相關法,逐點處理PIV底片或CC記錄的圖像,獲得流場速度分布。因采用的記錄設備不同,又分別稱FPIV(用膠片作記錄)和數字式圖像測速DPW(用CCD相機作記錄)。中文名粒子圖像測速外文名Particleimagevelocitymea","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 13:48:59","UpdateTime":"2019/11/27 13:50:03","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104594016693683376.jpg","PictureDomain":"img68","ParentID":"2826","MainID":"2826","MainTitle":"粒子圖像測速","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"L","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"粒子圖像測速"},{"ID":"2862","Title":"微生物檢測儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"微生物檢測儀是應用在醫療衛生、食品、制藥、潔凈室和車間、醫院手術室、無菌病房等部門在空氣微生物的采樣研究上的儀器,捕獲率大于98%,可捕獲所有微粒。中文名微生物檢測儀噪聲≤60db采樣流量28.3L/min功率≤45W$detailsplit$1微生物檢測儀該系列空氣微生物檢測儀采用《室內空氣質量標準》中規定的撞擊法采樣。相比過去使用的沉降法、過濾法及離心式法等采樣器,該儀器具有采集效率高,采樣時間短,檢測范圍全的優點。廣泛應用在醫療衛生、食品、發酵、制藥、潔凈室和車間、醫院手術室、室內環境、無","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/26 12:00:46","UpdateTime":"2019/11/27 13:16:01","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104573600837628614.jpg","PictureDomain":"img70","ParentID":"2815","MainID":"2815","MainTitle":"微生物檢測儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"W","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"微生物檢測儀"},{"ID":"2861","Title":"蛋白質檢測儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"凱氏定氮儀是根據蛋白質中氮的含量恒定的原理,通過測定樣品中氮的含量從而計算蛋白質含量的儀器。因其蛋白質含量測量計算的方法叫做凱氏定氮法,故被稱為凱氏定氮儀,又名定氮儀、蛋白質測定儀、粗蛋白測定儀。中文名凱氏定氮儀又名定氮儀、蛋白質測定儀測量范圍0.1-200mg氮回收率99.5%$detailsplit$1原理將有機化合物與硫酸共熱使其中的氮轉化為硫酸銨。在這一步中,經常會向混合物中加入硫酸鉀來提高中間產物的沸點。樣本的分析過程的終點很好判斷,因為這時混合物會變得無色且透明(開始時很暗)在得到的","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/26 11:53:29","UpdateTime":"2019/11/27 13:16:46","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104574042961466510.png","PictureDomain":"img69","ParentID":"2814","MainID":"2814","MainTitle":"蛋白質檢測儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"D","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"蛋白質檢測儀"},{"ID":"2881","Title":"太陽能工程儀表","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"4","Detail":"太陽能工程儀表專門為中小型太陽能集熱工程應用研發制造的,具備單水箱和雙水箱兩種水箱工作模式。中文名太陽能工程儀表使用電源AC220V±10%50Hz主機功耗5W測溫精度±1℃$detailsplit$1產品介紹采用標準的工控外殼,方便安裝和固定在控制柜上。采用192*64液晶LCD顯示,操作和設置簡單明了。具有設置試用天數和鎖鍵屏保功能。具備多重保護功能:水箱防干燒保護,循環泵防空轉保護,集熱器防炸管、防空曬、停電記憶。2主要技術指標1、使用電源:AC220V±10%50Hz2、主機功耗:5W3","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 14:41:41","UpdateTime":"2019/11/27 14:41:41","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104624534783023129.jpg","PictureDomain":"img71","ParentID":"2834","MainID":"2834","MainTitle":"太陽能工程儀表","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"T","IndexDescrip":"","IndexPicture":"2/20191127/637104624534783023129.jpg","IndexPictureDomain":"img71","IndexTitle":"太陽能工程儀表"},{"ID":"2880","Title":"溫差儀表","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"4","Detail":"溫度儀表采用模塊化結構方案,結構簡單、操作方便、性價比高,適用于塑料、食品、包裝機械等行業,也適用于需要進行多段曲線程序升/降溫控制的系統。中文名溫度儀表常見溫度儀表溫度計,溫度記錄儀等分類接觸式和非接觸式常見型號CIR210、Ti10、de-3003等$detailsplit$1溫度儀表介紹溫度儀表是眾多儀表中的一個分支,常見的溫度儀表有溫度計,溫度記錄儀,溫度送變器等。溫度測量儀表按測溫方式可分為接觸式和非接觸式兩大類。通常來說接觸式測溫儀表測溫儀表比較簡單、可靠,測量精度較高;但因測溫元件","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 14:40:06","UpdateTime":"2019/11/27 14:40:06","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104623197491019702.jpg","PictureDomain":"img70","ParentID":"2833","MainID":"2833","MainTitle":"溫差儀表","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"W","IndexDescrip":"","IndexPicture":"2/20191127/637104623197491019702.jpg","IndexPictureDomain":"img70","IndexTitle":"溫差儀表"}]
[{"ID":"2875","Title":"凝點傾點儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"8","Detail":"凝點傾點測定儀采用現代高新微電子控制技術,結合半導體制冷技術,采用MCS-51系列單片機作為系統控制核心。$detailsplit$1簡介彩色液晶顯示,中文人機對話,向導式操作,測定過程全部自動化(自動制冷控溫,自動檢測),實現對試樣的自動化分析。其特點是測試速度快、結果準確、重復性好、穩定可靠、操作簡便。可自動測量輕柴油、各種潤滑油和其他石油產品的凝點或傾點。在測試時,只取少量樣品,在程序降溫過程中,實施自動檢測,測試結果直接打印。適用于煉油廠、電力、鐵路、航運、石油公司及油料商業部門對輕質油","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 14:08:14","UpdateTime":"2019/11/27 14:20:52","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104612510231484698.jpg","PictureDomain":"img68","ParentID":"2828","MainID":"2828","MainTitle":"凝點傾點儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"N","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"凝點傾點儀"},{"ID":"2883","Title":"太陽能測控儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"7","Detail":"太陽能熱水器儀表是用數字方式顯示水溫、水位;全自動水位控制,水位低于規定值報警并自動上水,上水到規定水位時自動停止上水。$detailsplit$1產品介紹太陽能熱水器儀表是用數字方式顯示水溫、水位;全自動水位控制,水位低于規定值報警并自動上水,上水到規定水位時自動停止上水(水位的上限可由用戶自行設定。設定參數具有斷電保護,重新上電不需要用戶再設定);水位界于高低水位之間時,可以通過觸摸鍵手動上水、停水;當水壓不足時,自動控制增壓泵投入工作,避免因水壓不足導致上水失敗;全自動的溫度控制,禁止高溫","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 14:48:23","UpdateTime":"2019/11/29 11:29:37","RecommendNum":"0","Descrip":"","Picture":"2/20191129/637106237740005701618.jpg","PictureDomain":"img68","ParentID":"2836","MainID":"2836","MainTitle":"太陽能測控儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"T","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"太陽能測控儀"},{"ID":"2884","Title":"太陽能水位儀表","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"太陽能熱水器儀表是用數字方式顯示水溫、水位;全自動水位控制,水位低于規定值報警并自動上水,上水到規定水位時自動停止上水。$detailsplit$1產品介紹太陽能熱水器儀表是用數字方式顯示水溫、水位;全自動水位控制,水位低于規定值報警并自動上水,上水到規定水位時自動停止上水(水位的上限可由用戶自行設定。設定參數具有斷電保護,重新上電不需要用戶再設定);水位界于高低水位之間時,可以通過觸摸鍵手動上水、停水;當水壓不足時,自動控制增壓泵投入工作,避免因水壓不足導致上水失敗;全自動的溫度控制,禁止高溫","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 14:50:34","UpdateTime":"2019/11/27 14:52:11","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104631297842480769.jpg","PictureDomain":"img70","ParentID":"2837","MainID":"2837","MainTitle":"太陽能水位儀表","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"T","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"太陽能水位儀表"},{"ID":"2873","Title":"粒子圖像測速","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"粒子圖像測速,是一種用多次攝像以記錄流場中粒子的位置,并分析攝得的圖像,從而測出流動速度的方法。其基本原理是在流場中布撒示蹤粒子,并用脈沖激光片光源入射到所測流場區域中,通過連續兩次或多次曝光,粒子的圖像被記錄在底片上或CCD相機上。采用光學楊氏條紋法、自相關法或互相關法,逐點處理PIV底片或CC記錄的圖像,獲得流場速度分布。因采用的記錄設備不同,又分別稱FPIV(用膠片作記錄)和數字式圖像測速DPW(用CCD相機作記錄)。中文名粒子圖像測速外文名Particleimagevelocitymea","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/27 13:48:59","UpdateTime":"2019/11/27 13:50:03","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104594016693683376.jpg","PictureDomain":"img68","ParentID":"2826","MainID":"2826","MainTitle":"粒子圖像測速","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"L","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"粒子圖像測速"},{"ID":"2862","Title":"微生物檢測儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"微生物檢測儀是應用在醫療衛生、食品、制藥、潔凈室和車間、醫院手術室、無菌病房等部門在空氣微生物的采樣研究上的儀器,捕獲率大于98%,可捕獲所有微粒。中文名微生物檢測儀噪聲≤60db采樣流量28.3L/min功率≤45W$detailsplit$1微生物檢測儀該系列空氣微生物檢測儀采用《室內空氣質量標準》中規定的撞擊法采樣。相比過去使用的沉降法、過濾法及離心式法等采樣器,該儀器具有采集效率高,采樣時間短,檢測范圍全的優點。廣泛應用在醫療衛生、食品、發酵、制藥、潔凈室和車間、醫院手術室、室內環境、無","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/26 12:00:46","UpdateTime":"2019/11/27 13:16:01","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104573600837628614.jpg","PictureDomain":"img70","ParentID":"2815","MainID":"2815","MainTitle":"微生物檢測儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"W","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"微生物檢測儀"},{"ID":"2861","Title":"蛋白質檢測儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"凱氏定氮儀是根據蛋白質中氮的含量恒定的原理,通過測定樣品中氮的含量從而計算蛋白質含量的儀器。因其蛋白質含量測量計算的方法叫做凱氏定氮法,故被稱為凱氏定氮儀,又名定氮儀、蛋白質測定儀、粗蛋白測定儀。中文名凱氏定氮儀又名定氮儀、蛋白質測定儀測量范圍0.1-200mg氮回收率99.5%$detailsplit$1原理將有機化合物與硫酸共熱使其中的氮轉化為硫酸銨。在這一步中,經常會向混合物中加入硫酸鉀來提高中間產物的沸點。樣本的分析過程的終點很好判斷,因為這時混合物會變得無色且透明(開始時很暗)在得到的","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/26 11:53:29","UpdateTime":"2019/11/27 13:16:46","RecommendNum":"0","Descrip":"","Picture":"2/20191127/637104574042961466510.png","PictureDomain":"img69","ParentID":"2814","MainID":"2814","MainTitle":"蛋白質檢測儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"D","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"蛋白質檢測儀"},{"ID":"2797","Title":"生物顯微鏡","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"生物顯微鏡是一種用來觀察生物切片、生物細胞、細菌以及活體組織培養、流質沉淀等也可以觀察其他透明或者半透明物體以及粉末、細小顆粒等物體的精密光學儀器。生物顯微鏡用來供醫療衛生單位、高等院校、研究院所用于微生物、細胞、細菌、組織培養、懸浮體、沉淀物等的觀察,可連續觀察細胞、細菌等在培養液中繁殖分裂的過程等。在細胞學、寄生蟲學、腫瘤學、免疫學、遺傳工程學、工業微生物學、植物學等領域中應用廣泛。其光學技術參數包括:數值孔徑、分辨率、放大率、焦深、視場寬度、覆蓋差、工作距離等。這些參數并不都是越高越好,它","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/7 13:36:33","UpdateTime":"2019/11/7 13:42:27","RecommendNum":"0","Descrip":"","Picture":"2/20191107/637087309449156830625.jpg","PictureDomain":"img69","ParentID":"2750","MainID":"2750","MainTitle":"生物顯微鏡","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"S","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"生物顯微鏡"},{"ID":"2794","Title":"金相顯微鏡","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"電腦型金相顯微鏡或是數碼金相顯微鏡是將光學顯微鏡技術、光電轉換技術、計算機圖像處理技術地結合在一起而開發研制成的高科技產品,可以在計算機上很方便地觀察金相圖像,從而對金相圖譜進行分析,評級等以及對圖片進行輸出、打印。中文名金相顯微鏡外文名metalloscope技術光學顯微鏡技術、光電轉換技術設備計算機光學系統ICCS光學系統$detailsplit$1系統簡介金相顯微鏡系統是將傳統的光學顯微鏡與計算機(數碼相機)通過光電轉換有機的結合在一起,不僅可以在目鏡上作顯微觀察,還能在計算機(數碼相機)","ClassID":"6886","IsShow":"1","CreateTime":"2019/11/7 11:39:48","UpdateTime":"2019/11/7 11:39:48","RecommendNum":"0","Descrip":"","Picture":"2/20191107/637087233879067525370.jpg","PictureDomain":"img71","ParentID":"2747","MainID":"2747","MainTitle":"金相顯微鏡","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"J","IndexDescrip":"","IndexPicture":"2/20191107/637087233879067525370.jpg","IndexPictureDomain":"img71","IndexTitle":"金相顯微鏡"}]
金多宝单双中特