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":"2434","Title":"BOD測定儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"4","Detail":"當水樣中有可生化降解的有機物時,有機物便受到生物膜中微生物的同化作用,而微生物的細胞呼吸作用也增強,消耗掉一部分溶解氧,使擴散到氧電極表面上的溶解氧減少,當水樣中溶解氧向電極擴散速度(質量)再次達到恒定時,又產生了一個恒定電流,由于該兩個恒定電流之間的差值與水樣中可生化降解的有機物濃度存在定量關系,因此該電流信號經微機放大、分析處理后,能直接將BOD檢測結果顯示出來的設備就叫做bod測定儀。中文名BOD測定儀測量范圍2~4000mg/L測量原理微生物膜電極法方法標準HJ/T86-2002$det","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/8 13:56:41","UpdateTime":"2019/8/8 13:59:11","RecommendNum":"0","Descrip":"","Picture":"2/20190808/637008695492801499720.jpg","PictureDomain":"img70","ParentID":"2388","MainID":"2388","MainTitle":"BOD測定儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"B","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"BOD測定儀"},{"ID":"2431","Title":"熱解析儀/熱解吸儀/熱脫附儀","UserID":"0","UserName":"","Author":"鄧少鵬","CompanyID":"0","CompanyName":"","HitNumber":"4","Detail":"熱分析的起源可以追溯到19世紀末。第一次使用的熱分析測量方法是熱電偶測量法,1887年法國勒·撒特爾第一次使用熱電偶測溫的方法研究粘土礦物在升溫過程中熱性質的變化。中文名熱分析儀外文名Thermalanalyzer$detailsplit$1簡介此后,熱分析開始逐漸在粘土研究、礦物以及合金方面得到應用。電子技術及傳感器技術的發展推動了熱分析技術的縱深發展,逐漸產生了DTA(DifferentialThermalAnalyzer)技術;根據物質在受熱過程中質量的減少,產生了TG(Thermogra","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/7 18:55:28","UpdateTime":"2019/8/8 11:44:46","RecommendNum":"0","Descrip":"","Picture":"","PictureDomain":"","ParentID":"2385","MainID":"2385","MainTitle":"熱解析儀/熱解吸儀/熱脫附儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"R","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"熱解析儀/熱解吸儀/熱脫附儀"},{"ID":"2427","Title":"色譜/紫外/蒸發光檢測器","UserID":"0","UserName":"","Author":"鄧少鵬","CompanyID":"0","CompanyName":"","HitNumber":"4","Detail":"?氣相色譜檢測器是把色譜柱后流出物質的信號轉換為電信號的一種裝置。檢測器按信號記錄方式不同,可分為微分型檢測器和積分型檢測器?;中圖觳餛魘遣飭扛髯櫸只鄣淖芎?,響應值與組分的總質量成正比,色譜圖為臺階形曲線,階高代表組分的總量。微分型檢測器的響應與流出組分的濃度或質量成正比,繪出的色譜峰是一系列的峰。中文名氣相色譜檢測器外文名GasChromatographDetector$detailsplit$1.類型分類根據檢測原理的不同進行分類根據檢測原理不同氣相色譜檢測器又可分為濃度型檢測器和質量型","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/7 18:45:26","UpdateTime":"2019/8/7 18:47:27","RecommendNum":"0","Descrip":"","Picture":"2/20190807/637008004439387193428.jpg","PictureDomain":"img70","ParentID":"2381","MainID":"2381","MainTitle":"色譜/紫外/蒸發光檢測器","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"S","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"色譜/紫外/蒸發光檢測器"},{"ID":"2417","Title":"氨基酸分析儀","UserID":"0","UserName":"","Author":"鄧少鵬","CompanyID":"0","CompanyName":"","HitNumber":"4","Detail":"?氨基酸分析儀,是指用于測定蛋白質、肽及其他藥物制劑的氨基酸組成或含量的方法。進行氨基酸分析前,必須將蛋白質及肽水解成單個氨基酸。它是基于陽離子交換柱分離、柱后茚三酮衍生、光度法測定的離子交換色譜儀。氨基酸分析儀由色譜柱、自動進樣器、檢測器、數據記錄和處理系統組成。氨基酸分析儀的基本原理為流動相(緩沖溶液)推動氨基酸混合物流經裝有陽離子交換樹脂的色譜柱,各氨基酸與樹脂中的交換基團進行離子交換,當用不同的pH緩沖溶液進行洗脫時因交換能力的不同而將氨基酸混合物分離,分離出的單個氨基酸組分與茚三酮試劑","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/7 17:27:40","UpdateTime":"2019/8/7 17:28:03","RecommendNum":"0","Descrip":"","Picture":"2/20190807/637007956807793006874.jpg","PictureDomain":"img68","ParentID":"2371","MainID":"2371","MainTitle":"氨基酸分析儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"A","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"氨基酸分析儀"},{"ID":"2405","Title":"原子熒光光譜","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"4","Detail":"原子熒光光譜是1964年以后發展起來的分析方法。原子熒光光譜法是以原子在輻射能激發下發射的熒光強度進行定量分析的發射光譜分析法。但所用儀器與原子吸收光譜法相近。原子熒光光譜分析法具有很高的靈敏度,校正曲線的線性范圍寬,能進行多元素同時測定。原子熒光光譜是介于原子發射光譜和原子吸收光譜之間的光譜分析技術。它的基本原理是基態原子(一般蒸汽狀態)吸收合適的特定頻率的輻射而被激發至高能態,而后激發過程中以光輻射的形式發射出特征波長的熒光。中文名原子熒光光譜外文名AFS時間1964年原理以原子在輻射能激發","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/4 18:01:24","UpdateTime":"2019/8/4 18:03:45","RecommendNum":"0","Descrip":"","Picture":"2/20190804/637005384479612518427.jpg","PictureDomain":"img71","ParentID":"2359","MainID":"2359","MainTitle":"原子熒光光譜","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"Y","IndexDescrip":"","IndexPicture":"2/20190804/637005384479612518427.jpg","IndexPictureDomain":"img71","IndexTitle":"原子熒光光譜"},{"ID":"2421","Title":"色譜檢測器","UserID":"0","UserName":"","Author":"鄧少鵬","CompanyID":"0","CompanyName":"","HitNumber":"3","Detail":"氣相色譜檢測器是把色譜柱后流出物質的信號轉換為電信號的一種裝置。檢測器按信號記錄方式不同,可分為微分型檢測器和積分型檢測器?;中圖觳餛魘遣飭扛髯櫸只鄣淖芎?,響應值與組分的總質量成正比,色譜圖為臺階形曲線,階高代表組分的總量。微分型檢測器的響應與流出組分的濃度或質量成正比,繪出的色譜峰是一系列的峰。中文名氣相色譜檢測器外文名GasChromatographDetector$detailsplit$11.類型分類根據檢測原理的不同進行分類根據檢測原理不同氣相色譜檢測器又可分為濃度型檢測器和質量型","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/7 18:12:38","UpdateTime":"2019/8/7 18:12:38","RecommendNum":"0","Descrip":"","Picture":"2/20190807/637007982536668233958.jpg","PictureDomain":"img70","ParentID":"2375","MainID":"2375","MainTitle":"色譜檢測器","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"S","IndexDescrip":"","IndexPicture":"2/20190807/637007982536668233958.jpg","IndexPictureDomain":"img70","IndexTitle":"色譜檢測器"},{"ID":"2399","Title":"便攜式光度計","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"3","Detail":"擁有先進技術操作和友好的創新用戶界面設計。另外全新的設計使得它完全便攜。現在,你可以將它用在所有的分光光度水質分析過程包括市政和工業污水分析,教學應用??梢雜糜謔笛槭?,處理現場以及野外環境。$detailsplit$采用Hach新式便攜計H1DR2400分光光度計,你可以:·隨時隨地,方便快捷地優化水質分析過程?!び滌衵ui先進的分光光度計技術?!で岫拙俚匚腥頌峁┯τ彌С??!び滌杏杖說募鄹窈統呋踔?H1DR2400便攜式分光光度計擁有先進技術操作和友好的創新用戶界面設計。另外全新的設計使","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/4 17:20:10","UpdateTime":"2019/8/4 17:20:10","RecommendNum":"0","Descrip":"","Picture":"2/20190804/637005359197805469311.jpg","PictureDomain":"img68","ParentID":"2353","MainID":"2353","MainTitle":"便攜式光度計","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"B","IndexDescrip":"","IndexPicture":"2/20190804/637005359197805469311.jpg","IndexPictureDomain":"img68","IndexTitle":"便攜式光度計"},{"ID":"2435","Title":"測油儀","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"2","Detail":"紅外測油儀[1]是一種檢測儀器,主要用于監測水的質量和危險的垃圾點與監測油、水分離過程等多項用途。中文名紅外測油儀外文名Infraredoilmeasuringinstrument屬于一種檢測儀器用途監測油、水分離過程$detailsplit$1簡介紅外測油儀實質就是根據特殊情況的需要,限定了波長范圍的紅外光譜儀。具有專業性強、穩定性好、快速、簡便等特點。2技術參數檢出限:0.2mg/L;測定范圍:0.0-80.0mg/L;測量精密度:RSD%≤1.5%(在10mg/L處);波數范圍:3400C","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/8 13:58:09","UpdateTime":"2019/8/8 13:58:09","RecommendNum":"0","Descrip":"","Picture":"2/20190808/637008694380819243754.jpg","PictureDomain":"img69","ParentID":"2389","MainID":"2389","MainTitle":"測油儀","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"C","IndexDescrip":"","IndexPicture":"2/20190808/637008694380819243754.jpg","IndexPictureDomain":"img69","IndexTitle":"測油儀"}]
[{"ID":"2397","Title":"其他報警器","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"18","Detail":"報警器是一種為防止或預防某事件發生所造成的后果,以聲音、guang、氣壓等形式來提醒或警示我們應當采取某種行動的電子產品。報警器(alarm),分為機械式報警器和電子報警器。隨著科技的進步,機械式報警器越來越多地被先進的電子報警器代替,經常應用于系統故障、安全防范、交通運輸、醫療救護、應急救災、感應檢測等領域,與社會生產密不可分。如:門磁感應器和煤氣感應報警器。中文名報警器外文名annunciator;[計]alertor形式聲音、guang、氣壓分類機械式報警器和電子報警器應用門磁感應器和煤氣","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/1 13:28:09","UpdateTime":"2019/8/1 13:56:16","RecommendNum":"0","Descrip":"","Picture":"2/20190801/637002629157305137971.jpg","PictureDomain":"img68","ParentID":"2351","MainID":"2351","MainTitle":"其他報警器","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"Q","IndexDescrip":"","IndexPicture":"","IndexPictureDomain":"","IndexTitle":"其他報警器"},{"ID":"2240","Title":"康氏振蕩器","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"8","Detail":"康氏振蕩器是一種培養制備生物樣品的生化儀器,是植物、生物、微生物、生物制品、遺傳、病毒、醫學、環保等科研、教育和生產部門不可缺少的實驗設備。儀器為落地式,整機重心低,在連續工作中平穩可靠。$detailsplit$1一、康氏振蕩器的產品簡介:其主要特點:⑴萬能彈簧試瓶架特別適合作多種對比實驗的生物樣品的培養制備。⑵設有機械定時。⑶無級調速,操作簡便安全。2二、康氏振蕩器的技術指標:型號KS轉速范圍起動—360r/min振幅20mm定時范圍0-120min??廡緯嘰?40×310×2403三、康","ClassID":"6886","IsShow":"1","CreateTime":"2019/7/18 16:23:42","UpdateTime":"2019/7/18 16:27:03","RecommendNum":"0","Descrip":"","Picture":"2/20190718/636990579391255134492.jpg","PictureDomain":"img69","ParentID":"2194","MainID":"2194","MainTitle":"康氏振蕩器","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"K","IndexDescrip":"","IndexPicture":"2/20190718/636990579391255134492.jpg","IndexPictureDomain":"img69","IndexTitle":"康氏振蕩器"},{"ID":"2164","Title":"其他壓力計","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"7","Detail":"測量流體壓力的儀器。通常都是將被測壓力與某個參考壓力(如大氣壓力或其他給定壓力)進行比較,因而測得的是相對壓力或壓力差。[1]中文名壓力計外文名pressuregage優點簡便易操作、性能穩定、讀數直觀作用測量流體壓力$detailsplit$1簡介精密數字壓力計由于其簡便易操作、性能穩定、讀數直觀等優點,已被廣大講師工作者接受和認可。安特爾儀表廠是國內最早研制和生產數字式壓力計的企業之一,產品從1986年的第一代已發展到現在的第六代,產品性能不斷完善,品種也由單一的氣壓表增加到液壓表、有源表、","ClassID":"6886","IsShow":"1","CreateTime":"2019/7/12 18:21:21","UpdateTime":"2019/7/12 18:21:21","RecommendNum":"0","Descrip":"","Picture":"2/20190712/636985522260130814811.jpg","PictureDomain":"img71","ParentID":"2118","MainID":"2118","MainTitle":"其他壓力計","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"Q","IndexDescrip":"","IndexPicture":"2/20190712/636985522260130814811.jpg","IndexPictureDomain":"img71","IndexTitle":"其他壓力計"},{"ID":"2351","Title":"觸摸屏","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"觸摸屏(touchscreen)又稱為“觸控屏”、“觸控面板”,是一種可接收觸頭等輸入訊號的感應式液晶顯示裝置,當接觸了屏幕上的圖形按鈕時,屏幕上的觸覺反饋系統可根據預先編程的程式驅動各種連結裝置,可用以取代機械式的按鈕面板,并借由液晶顯示畫面制造出生動的影音效果。觸摸屏作為一種zui新的電腦輸入設備,它是目前最簡單、方便、自然的一種人機交互方式。它賦予了多媒體以嶄新的面貌,是極富吸引力的全新多媒體交互設備。主要應用于公共信息的查詢、領導辦公、工業控制、軍事指揮、電子游戲、點ge點菜、多媒體教學","ClassID":"6886","IsShow":"1","CreateTime":"2019/7/26 11:38:40","UpdateTime":"2019/7/26 11:40:19","RecommendNum":"0","Descrip":"","Picture":"2/20190726/636997378060651001238.jpg","PictureDomain":"img71","ParentID":"2305","MainID":"2305","MainTitle":"觸摸屏","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"C","IndexDescrip":"","IndexPicture":"2/20190726/636997378060651001238.jpg","IndexPictureDomain":"img71","IndexTitle":"觸摸屏"},{"ID":"2177","Title":"快速接母","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"快速接頭,是一種不需要工具就能實現管路連通或斷開的接頭??燜俳油房煞治嚎掌每燜俳油?、氧氣燃料氣體用快速接頭、氣體液體共用快速接頭、油壓用快速接頭、惰性氣體用快速接頭、冷卻水溫油用快速接頭、半導體快速接頭。中文名快速接頭外文名Quickconnector作用不需要工具實現管路連通或斷開分類空氣用、氧氣燃料氣體用特點流量大,耐久性,抗腐蝕性$detailsplit$1結構分類兩端開閉式、兩端開放式、單路開閉式。兩端開閉不鏈接時:當母體的套圈移到另一端時,不銹鋼珠自動向外滾動,子體因母體與子體共同","ClassID":"6886","IsShow":"1","CreateTime":"2019/7/15 16:51:04","UpdateTime":"2019/7/15 16:57:28","RecommendNum":"0","Descrip":"","Picture":"2/20190715/636988060475491606512.jpg","PictureDomain":"img69","ParentID":"2131","MainID":"2131","MainTitle":"快速接母","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"K","IndexDescrip":"","IndexPicture":"2/20190715/636988060475491606512.jpg","IndexPictureDomain":"img69","IndexTitle":"快速接母"},{"ID":"2162","Title":"拉壓力計","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"6","Detail":"摘要編輯區域$detailsplit$拉壓力計結構及工作原理:1、結構分三部分:連接件部分、放大裝置部分、顯示部分。2、工作原理當作用力通過連接件作用在變形體上,使之產生彈性變形,在彈性范圍內,變形量與作用力基本成正比,這樣變形大小就可反映出作用力的大小。變形體的變形量經放大裝置放大,通過指針在表盤上的指示讀出作用力的值。注:作業中具體選型應根據機械設備的結構和地質情況經計算后確定。拉壓力計使用方法:1、兩端的拉環通過絞鏈與力源連接(如使用鋼絲繩或其它可自由轉動的聯接件)。在測量過程中始終保持外","ClassID":"6886","IsShow":"1","CreateTime":"2019/7/12 17:42:07","UpdateTime":"2019/7/12 17:42:07","RecommendNum":"0","Descrip":"","Picture":"2/20190712/636985497154109879508.jpg","PictureDomain":"img70","ParentID":"2116","MainID":"2116","MainTitle":"拉壓力計","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"L","IndexDescrip":"","IndexPicture":"2/20190712/636985497154109879508.jpg","IndexPictureDomain":"img70","IndexTitle":"拉壓力計"},{"ID":"2398","Title":"家用報警器","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"5","Detail":"家用報警器是用物理方法或電子技術,自動探測發生在布防監測區域內的侵入行為,產生報警信號,并提示值班人員發生報警的區域位置,顯示可能采取對策的系統。中文名家用報警器技術無線數字遙感技術等特點探測靈敏,抗干擾強等注意事項防雨,防風,防日光曝曬$detailsplit$1概述家用報警器是用物理方法或電子技術,自動探測發生在布防監測區域內的侵入行為,產生報警信號,并提示值班人員發生報警的區域位置,顯示可能采取對策的系統。2簡要介紹家用報警器,采用先進的無線數字遙感技術、有線電hua技術、GSM無線電hu","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/1 13:58:45","UpdateTime":"2019/8/1 13:58:45","RecommendNum":"0","Descrip":"","Picture":"2/20190801/637002646232504047266.jpg","PictureDomain":"img70","ParentID":"2352","MainID":"2352","MainTitle":"家用報警器","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"J","IndexDescrip":"","IndexPicture":"2/20190801/637002646232504047266.jpg","IndexPictureDomain":"img70","IndexTitle":"家用報警器"},{"ID":"2392","Title":"巡檢表","UserID":"0","UserName":"","Author":"孫書紅","CompanyID":"0","CompanyName":"","HitNumber":"5","Detail":"以簡單的數據,用容易理解的方式,制成圖形或表格,必要時記上檢查記號,并加以統計整理,作為進一步分析或核對檢查之用。$detailsplit$項目有:產品名稱、檢查項目、檢驗數量、檢驗方式、合格數量、不合格數量、不合格處置情況、合格判定日期時間、課別班組、檢驗人員等。檢查表又稱調查表,統計分析表等。以簡單的數據,用容易理解的方式,制成圖形或表格,必要時記上檢查記號,并加以統計整理,作為進一步分析或核對檢查之用。檢查表是QC七大手法中最簡單也是使用得最多的手法。但或許正因為其簡單而不受重視,所以檢查","ClassID":"6886","IsShow":"1","CreateTime":"2019/8/1 11:16:27","UpdateTime":"2019/8/1 11:16:56","RecommendNum":"0","Descrip":"","Picture":"2/20190801/637002547977920389944.jpg","PictureDomain":"img68","ParentID":"2346","MainID":"2346","MainTitle":"巡檢表","MainIsShow":"1","rid":"1","Sort":"0","CHNCode":"","IndexDescrip":"","IndexPicture":"2/20190801/637002547977920389944.jpg","IndexPictureDomain":"img68","IndexTitle":"巡檢表"}]
赛车6码稳公式 超级大乐透基本走势图 11选五江苏 怎么稳赚不赔 买快3有稳赚的方法吗(快三稳赚不亏) 北京全天飞艇开奖计划 北京pk10走势图解析 北京pk10如何杀一码 新疆时时开奖记录 北京塞车pk10现场直播 pk10精准计划微信群 冠军pk10人工计划群 双色球下期预测 腾讯分分彩计划软件ios 香港赛马手机投注下载 双色球胆托投注计算器 六肖期期准 管家婆 王中王